Annual bulletin 1966

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ANNUAL BULL

1966

MARCH 1966

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ANNUAL BULLETIN

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1966

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MARCJ-I 1966

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---NEW BUILDING -DUFFERIN STREET

NEW ENGINEERING BUILDING-UNIVERSITY CAMPUS

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PREFACE

The Bulletin is intended to serve two main purposes:

(1) to provide prospective students of the aerospace engineering sciences, both undergraduate and postgraduate, with information conéerning the programs offered at the University of Toronto. This information should be of value to guidance counsellors as well. In this connection, the Bulletin

should be read jointly with the relevant University Calendar, i. e., that of the Faculty of Applied Science and Engineering (undergraduate), or that of the School of Graduate Studies (postgraduate). .

(2) to serve as a yearbook for the staff and students of the

Institute, containing a record of the various activities of interest, and of the student body past and present.

In the future, the Bulletin will be released at the beginning of each academie session in October. In making this transition, the present Bulletiu.-contains material current as of September, 1966.

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_{TABLE OF CONTENTS}

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1. THE INSTITUTE FOR AEROSPACE STUDIES 1

2. TEACHING ST AFF 2

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3. FACILITIES AND RESEARCH 6

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4. DEGREE PROGRAMS IN THE AEROSPACE ENGINEERING SCIENCES 16

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5. FINANCIAL ASSISTANCE TO STUDENTS 21

6. FEES 22

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7. ADMISSION PROCEDURE 22

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8. UTIAS SEMINARS 1965-1966 23 9. STAFF NOTES 25

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10. STUDENT NOTES 28

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11. INSTITUTE ACTIVITIES 30 12. B. A. Sc. GRADUATES 1965 31

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13. M. A. Sc. GRADUATES TO OCTOBER 1966 32

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14. Ph. D. GRADUATES TO OCTOBER 1966 35 15. PROFILES - Ph. D. CLASS OF 1955 - 1956 45 ·

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16. LIST OF GRADUATE STUDENTS IN ATTENDANCE 52

1965 - 1966

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17. LIST OF FOURTH YEAR STUDENTS IN THE AEROSPACE 56

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ENGINEERING OPTION (5a) OF THE ENGINEERING SCIENCE COURSE 1965 - 1966

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18. LIST OF UTIAS GRADUATES (Ph. D. and M

. A. Sc. ) 1948 to 57 OCTOBER 1966

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1. THE INSTITUTE FOR AEROSPACE STUDIES

The University of Toronto has been associated with aeronautics

from its very beginnings. The first flight by a Canadian (1908) and the first flight

in Canada (1909) were both made by graduates ofthis university. The first aero-dynamics laboratory in Canada was established here in 1918 and the first course

in aeronautical engineering in 1928. Thirty years of aeronautical activity in the

university culminated in 1949 with the founding of the Institute of Aerophysics. Dr. Gordon N. Patterson, a scientist of international reputation who had recently joined the Toronto staff, initiated the idea of the Institute and was instrumental in securing its establishment. He became its first director, a position which he still holds. The Institute soon acquired an outstanding staff of specialists in the

Aerospace Engineering Sciences, and a student body of high calibreJ lts staff and graduates have made many important contributions. and have a.chieved international

recognition.

Organizationally, the Institute is a devision of the Faculty of Applied Science and Engineering. lts staff constitutes a teaching department within the Faculty at the undergraduate level, and at the same time, forms the Department of Aerospace Studies of the School of Graduate Studies. At the graduate level

research is the keynote of the Institute's activities. Each Ph. D. student and most

M. A. Sc. students carry out original research for their theses. The individual research projects are parts of an 'integrated pattern of research within the field of

interest of the research supervisor. The research not only supplies the material for theses, but by virtue of its intrinsic value, attracts to the Institute funds for

its support which permit the employment of students as research fellows. This financial support is a key factor in the successful operation of the Institute as a Graduate School.

In 1964 the Institute of Aerophysics completed over a decade of progress in teaching and research. In order to keep pace with modern develop-ments and the need and extent of advanced education, its horizons were enlarged. To give expression to this new outlook, its name was changed to the Institute for Aerospace Studies.

A generous grant from the Ford Foundation has made it possible to double the laboratory space by extending the size of the present building. The new space will make it possible to enlarge our activities in the areas of plasma physics,

gas -surface interactions, hypervelocity reentry and impact, aerosonics, flight simulation. and materiaIs, structures and fatigue. Thé funds have also enabled us to relocate the 40 ft. dia. sphere and other equipment from the Downsview airport site. The sphere will provide the driving potential for a blowdown type magneto-gasdynamic power generation facility and thereby open a new area of research.

In order to keep pace with the above developments plans have been made to double the size of the staff and student body. It is expected that in the

1970's we will have about one hundred students. In this regard the Senior and Graduate Applied Science and Engineering Fellowships provided by the Ford

Foundation have made. and will continue to màke a very substantial and essential contribution.

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2. TEACHING STAFF (SESSION _, 1966-67)*

Professor, and Chairman, Deparrtment of Aerospace StlJdies, School of Graduate StudIes, and Dire6tor of the InsÜhite ,.

G. N. Patterson, B.Sc. (Alta.), M.A., Ph.D., LL.D. (Alta.), D. Sc. (Waterloo), F. R.Ae.S., F.C.A.S.1., F.A.LA.A., F.R.S.C., F.A.A.AS.

Professor, and. Chairman for Undergraduate Aerospace Studies, and Member Departrilent"of Engineering

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'FacJlty of Applied Science and Engineeting

B. Etkin, B. A. Sc., M. A. Sc.. F. C. A. S. 1.

Visiting Professor (Senior Lecturer, Department of Mechanical Engineering, Univer sity of Liverpool) ,

Professors

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M. McChesney, B. Sc. (Glas.), Ph. D. (Liverpool). F. Inst. P.

J. H. de Leeuw, Dip In. (Delft), M.S in A.E. (Georgia Tech.),

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Ph. D., F. C. A. S. 1.

1. 1. Glass, B. A. Sc. , M. A. Sc., Ph. D., F. C. A. S. 1., F. A. P. S.,

F. A. A.A. S.

H. S. Ribner, B. S. (Cal. 1. T.), M. S. (Wash. )\ Ph.D. (Wash. ). F. C.A. S. 1., F. A. S.A. '

Associate Professors

J. B. French, B.A. Sc., M. Sc. (Birmin'gham), Ph. D.

G. K. Korbacher, Dip. Ing. (Berlin), Ph. D. (Braunschweig)

Assistant Professor, and Secretary, Department of Aerospace Studies, School of Graduate Studies

S. J. Townsend, B. A. (Sask.). M. A. (Sask.), Ph. D. Assistant Professors

P. C. Hughes, B. A. Sc., M. A. Sc. ~ Ph. D.

R. M. Measures, B. Sc. (London), A. R. C. S., D. 1. C., Ph. D.

(London I. C.) ..

P. A. Sullivan, B. Sc. (New South Wales), M. E. NSW), D.1o C. , Ph. D. (London, 1. C. )

R. C. Tennyson. B. A. Sc., M. A. Sc., Ph. D.

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Members of the teaching staff lecture at the undergraduate level (3rd and 4th years) and at the graduate level (M. A. Sc., Ph. D.). Each staff member also·works on research projects of spec'ial interest to him with the assistance of several graduate students. 2

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Lecturers W. T. Chu. B. A. Sc., M. A. Sc. L. D. Reid, B. A. Sc., M. A. Sc. Special Lecturer s 1. J. Billington, B. A. Sc., M. A. Sc., (U. B. C.), Ph.D. R. D. Hiscocks, B. A. Sc., M. B. E., F. C. A. S. 1.

Senior Research Fellows

A. Boyer, B. Sc. (Melbourne), M. A. Sc., Ph. D. (1965)>r M. Hanin, M. Sc. (Jerusalem), D. Sc. (Haifa) (1965). H. Kikuchi, B. Sc. (Tokyo), Ph. D. (Tokyo) (1966) A. Levy, B. Sc. (London), D. 1. C. , Ph. D. (London.1. C. ) (1965) T. Sakurai. B. Sc. (Tokyo), M. Sc. (Tokyo), Ph. D. (Tokyo)(1965) D. Tirumalesa, B. Sc., M. Sc. (Andhra),

Cert. of C.E.S.M. (Paris),

D. Sc. (Paris (1965) Scientific Consultants Dr. J. E. Dove Dr. S. R. Swanson Dr. G. F. Wright Demonstrators Sponsor

Institute for Aerospace Studie s Faculty of Appl. Sci. and Eng.

Faculty of Appl. Sci. and Eng. ,

National Research Council Faculty of Appl. Sci. and Eng.

Dept. of Chem .• University of Toronto, Ont.

DeHavilland Aircraft of Canada Ltd. , Department of Chemistry,

Univer sity of Toronto.

A. M. Drummond, B. A. Sc., (U. B. C.), M. A. Sc. (U. B. C.), D. C. Ae. (Cranfield)

J. Z. Grabowski, B. A. Sc.

G. R. Graham, B. A. Sc.

W. W. Koziak, B. A. Sc. (Waterloo)

J. 1. MacPherson, B. A. Sc.

J. D. Watson, B. A. Sc.

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Year of Tenure of Fellowship.

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S.J. Townsend P.A. Sullivan I. 1. Glass H. M. Measures R. C. Tennyson

B. Etkin G. N. Patterson H. D. Hiscocks

I. J. Billington

H. S. Hibner

G. K. Korbacher

J. B. French

UTIAS TEACHING STAFF

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H. Kikuchi, P. C. Hughes, S. R. M. Sinclair, L. D. Reid, A. Levy LECTURERS AND SENIOR RESEARCH FELLOWS

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3. FACILITIES AND RESEARCH

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The sites occupied by the Institute for Aerospace Studies are

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shown on the frontispiece. The major site (Dufferin St. ) contains the main

laboratory on grounds of approximately twenty acres. In the new Galbraith

Building (Engineering), on the main St. George Campus, the Institute for

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Aerospace Studies has a design and drafting laboratory, a fluid mechanics

laboratory, an aerodynamics laboratory, a structures laboratory and a plasma

physics laboratory, and other space in connection with undergraduate instruction.

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Research is carried out in the following areas:

Mechanics of Rarefied Gases and Plasmas Prof. G. N. Patterson Plasmadynamics and Upper Atmospheric Prof. J. H. deLeeuw Research

High Temperature Plasma Physics Prof. R. M. Measures Magnetogasdynamic Power Generation Prof. S. J. Townsend Molecular Beams and Satellite Surface Prof. J. B. French Interactions

Hypersonic Gasdynamics, Hyperballistics and Blast Wave Phenomena

Aerosonics, Jet Noise and Turbulence Aerospace Flight Dynamic s, Sub sonic Aerodynamic s and Human Pilot Dynamic s Materials Science and Fatigue

Aerospace Structural Mechanics

6 Prof. Prof. Prof. Prof. Prof. Prof. Prof. 1.1. Glass P.A. Sullivan H. S. Ribner B. Etkin P.C. Hughes G.K. Korbacher R. C. Tennyson

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4" x 7" SHOCK TUBE

LOW DENSITY /PLASMA TUNNEL

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F ATIGUE TESTING MAC HINE

HIGH TEMPERATURE PLASMA PHYSICS

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ELECTRON BEAM DIAGNOSTICS

HYPERSONIC TUNNEL

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STRUCTURAL MECHANICS MOLECULAR BEAMS 10

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HUMAN PILDT DYNAMICS

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SUBSONIC WIND TUNNEL

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FLOW NOISE EXPERIMENT

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4. DEGREE PROGRAMS IN THE AEROSPACE ENGINEERING SCIENCES

AT THE UNIVERSITY OF TORONTO

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A five year program of study has been designed to prepare

students for a career in Aerospace Engineering. The first four years are at

the undergraduate level and provide the requisite training in the fundamental and engineering sciences. The fifth year provides more specialized training at the graduate level. The staff of the Institute for Aerospace Studies under-takes the teaching of the specialized topics related to Aerospace Engineering

at both levels.

Suitably qualified students in engineering, mathematics, or science who have done their undergraduate work at another University, or in

another course at the University of Toronto, may' enter the program at the

graduate level (see (ii) and (iii) below).

(i) Undergraduate (B. A. Sc. ) Course - The student enrolls in the Engineering

Science Course. of the Faculty of Applied Science and Engineering and at the

third year elects the Aerospace option (5a) of that course. The subjects taken

in the final two years of this option are:

Third Year

Advanced Mechanics':C

Atomie Structure and Quantum Physics Differéntial Equations Electronic s Fluid Mechanics* Mechanies of Structures>,'<.' Physics Laboratory Theory of Functions Thermodynamics and Statistical Physics and one of

Modern World History Political Science Fourth Year Aerodynamic s':< Differential Equations of Mathematical Physics Electronie Circuits Engineering Design':C English Gasdynamic s* Plasmadynamic s>!< Philosophy of Science Transport Phenomena':< and one of: Mechanies of Solids':< Electromagnetic Radiation and Matter to be taken with

Plasma Diagnostics Laboratory*

Lecture and laboratory instruction during the four undergraduate

years are given mainly at the University campus. During the two final (option)

years, the Drafting/Design room and the Fiuid Mechanics laboratory in the Galbraith Building serve as "headquarters" for students in this option.

Occasionally, fourth year laboratory classes are given at the Institute for

Aerospace Studies in order to take advantage of the specialized experimental

equipment available there.

On the successful completion of the four year course the student

receives the degree of B. A. Sc. in Engineering Science.

':C Courses given by the UTIAS staff.

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Lecturers shown are for the session 1966 - 67.

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ii) Master of ,Engineering' Course '- The student interested in industrial work con-tinues his five year program of studies at the Institute. He enrolls in the Depart-ment of Aerospace Studies in the School of Gr:aduate Studies, as a candidate for the degree of M. Eng. In this final year of the five year program the student elects to follow a combination of lecture courses

and

a design project under the super-vision of a staff advisor. The lecture program would normally consist of a mini-mum of ten hours of course work plus a lecture and laboratory period in

aero-space design procedures. I

(iii) Master of Applied Science Course - Those students intending to pursue ca-reers in resyarch or te!lching would enroll in the Department of Aerospace Studies as candidates for'the degree of M. A. Sc. This would normally be the course for

those proceeding to the Ph. D. degree. The student is required to complete a

thesis based on research or developme~t and to take at least two academic courses.

Additional courses offered outside the department mayalso be taken subject to

the approval of the departments concerned.

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Qualijied students with background q in other branches of Engineering,

Mathematics. Chemistry, Physics. , etc. are invited to apply for adm:j.ssion to the Aerospace Studies course at the Master' s level. Individual programs of study will be arranged ta make up prerequisites. ' Such students might need two academie

sessions to complete tlile requirements for eit,her of the Master' s degrees_, . ' Courses of Instruction 1000 1001X 1002 1101 1102X 1103X 1201 1202X 1301X 13Q2X 1401X 1402X 1403X 1404X 1501 1502X 1503X

Seminars in Ae~o~pace Studies Mechanics of Rarefied Gases'

Molecular Beams and ,Gas= Surfiace Iriteractions ,

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Magnetogasdynamic s

Magnetohydrodynamic sChannel Flo:w Plasma Spectroscopy .

Gas Flows at High T~mperature Hypersonic Flow Semina;'

Structural Mechanic s

Design of Aircraft and Spacecr~ft

Boundary Layer Theory . '

Wing Theory

Aetoelasticity

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Aerodynamics of Propulsion Dynamics of Atmospheri'c Flight I

Dynamics of Space Fligh:t .,

Propulsion of Aircraft and Spacecraft THESIS OR DESIGN PROJECT

J. H. de Leeuw J. B. French J,. H. de Leeuw and ~. M. Measures S. J. Townsend R. M. Measures 1. 1. Glass 1. 1. Glass and P. A. Sullivan R. C. Tennyson R. D. Hiscocks W. T. Chu L. D. Reid R. C. Tennyson G. K. Korbacher

B. E,tkin and P. C. Hughes

I. J. Billington S. J. Townsend

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M.A.Sc.thesis or M.Eng. design projects mq.y be undertaken in general research areas and under the staff supervisors noted in Section 3. Details of current research projects are giveI,l in the,UTIAS Annual Progress Report for 1966. X Half course that may be given as a full course at the optio~ of the Department

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(iv) Ph. D. Course -Sttidents who have shown a marked ability for independent research may hé accepted as .candidates for the Ph.D. degree. A candidate is

normally required to take three subje'cts - a major subject (in his field of research)

and two minor sUbj,ects, orie o,f which must be taken from another department (Physics or Applied Mathematics, for example). These are usually taken over a period of two years. Th~candidate is th en required to present a thesis embody-ing the results of an original, independent investigation on an approved topic

selected from the geneFru ar~as list.ed in Section 3. His work must be supervised by at least one member of' the staff. The course work and the thesis research are done co~currently.

Advanced Courses

The following açlvanced courses are offered as Ph. D. major subjects: 2000 2001 2002 2101 2201 2202 2301 2401 2402 2501

Semina:rs in Research Mam:~ .. gement Gas- Surface Interaction Theory Statistical The'ory of 'Fluid Physics

Plasma Physics and Thermonuclear Reactions Hyper sonic qa~dynarriic s

Physics, & Dyn~mics of CheIhically Reacting

, Gases Materials and Fatigue Theoty of Sound Aeroacoustics Dynamics of Flight II Ph. D. General ~xamin,ations J. B. French G. N. Patterson J. H. de Leeuw I. I. Glass and P. A. Sullivan M. McChesney G. K. Korbacher W. T. Chu H. S. Ribner B. Etkin and P. C. Hughes

A Ph. D. candidate is required to write a set of six general ex am-inations in the field of aerospace 'studies hased on prescribed texts as outlined below. The examinations mél-Y be taken at the beginning of the first year but not later than the beginning Qf the second. year. To assist the candidates, at least three of,the examinq.tions rhay be taken at the beginning of the first year and the balance at the beginning of the second year. However, candidates are encouraged to compre~e their ~xaminations at the beginning of their first year,

in order that they may coilcentrate subsequently on their research program. A candidate is perm.itted to continue with his Ph. D. program only if he has

passed the general' examinations. A candi'date is expected complete his Ph. D.

work in three to four yèars af ter obtaining his Master' s degree. Further de

-tails can be found in the Calendar of the School of Graduate Studies.

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The followmg outlihe of th~ Ph. D. general examinations is

repro-duced for the guidance

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Ph. D. ,candidates. The examinations wil! be held on November 2, 3,4, 7,8 and

9:.

' 1966. Based on the material of the prescribed references noted below, there will be six written papers, each nominally of two -hour duration with a maximum time of four -hours allowed for completion. The

pass mark is 60 percent

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each paper and an average of 68% on the six papers.

Nine papers are list. one p<;iper (AppÜed Mathematics) is compulsory.

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The remaining five paper's may be chosen, subject to the approval of the

department, as soon as a student registers.

LIST OF SUBJECTS

1. Plasma Physics

2. Thermodynamics and Statistical Mechanics 3. Applied Mathematics .

4. Wing Theory and Dynamics of Flight

5. Rocket Dynamics a,nd Slmple Orbits 6. Propulsion

7. Structural Analysis 8. Gasdynamics ' 9. Incompressible Flow

Reference Texts (numbered as in List of Subjects)

1. Rose and Clark. "Plasmas and Controlled Fusion", Chapters 1 to 10 inclusive.

2. Sears,. "An Introduction to Thermodynamics, the Kinetic Theory of Gases and Statistical Mechanics ".

3. Sokolnikoff.· "Higher Mathematics for Engineers and Physicists ".

4. Wing Theory: Kuethe and Schetzer, 2nd ed. 1959, "Foundations of Aerodynamics", Chapters 5,6, 11 and Appendix C.

Flight Dynamics: l\'iiele. "Flight Mechanics" I, Chapters 6 and 9.

Etkin, "Dynamics of Flight ", Chapters 1 to 6 inclusive (except Sections'4. 16,4. 17,5 .. 15. 5.16).

5 Berman "The Physical Principles of Astronautics ", ~hapters 1, 2, 5,6 and 7.

6. Zucrow, "Aircraft and Missile Propulsion", Vol. 2, Chapters 9 and 10.

7. SechIer , "Elasticity in Engineeri.ng", 1960 Printing, Chapters 1 to 13

inclusive (omitting Chapter 8).

8. Liepmann and Roshko, "Elements of Gasdynamics".

9. Streeter, "Fluid Dynamics".

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Ph. D. Oral Examinations

In addition to the above general examinations, Ph. D. candidates are required to take three oral 'examinations as follows:

1. Departmental Thesis Review - not later than one year following registration for the Ph. D. The purpose óf this examination is to assess the candidate' s

aptitude for research and to ensure that he has a good research problem. He will be expected to demonstr.ate basic understanding and competence in his research field and to have made enough progress on his problem to show re-search capability. The èxamination will usually be conducted with some of the final Ph. D. committee members from other depart,ments being present.

2. Departmental aral Examin~tion - as soon as the candidate' s thesis re-search appears to be completed, and subject to the approval of the staff supervisor. The purpose of this ,~xamination is to ensure that the work has been carried to a satisfactory con~lusion and that it will be accepted by the Department. If not~ the céj.ndidate is reql..1.ested to meet whatever additional requirements the Committe~ P1'ay stipu1a.te. '

3. Seminar and Senate Ph. D. aral Examination - The candidate will de-fend his thesis (provided thq.t it has been recommended as acceptable by three appraisers, two of whom must be outs'ide of the Department) before the

Committee in Charge 'of the School of Graduate Studies. The presentation wiU be conducted along the lin'es or' a sç:,ientific meeting where the candidate is expected to give a lucid presentation of his work limited to about half an hour, followed by a question,period. Preceding the finaloral by a few days, the candidate shall present his thesis as a UTlAS Seminar followed by a similar question period. 20

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5. FINANCIAL ASSISTANCE TO STUDENTS

(i) Undergraduate: Full details of the scholarships, bursaries, and prizes available to undergraduate students in Engineering Scie~ce are given in the Calendar of the Faculty of Applied Science and Engineering.

(ii) Postgraduate: UTIAS Research Fellowships are available in the fields

of research outlined in Section 3 and described in detail in the UTIAS Annual Progress Report. The valu~~ of these fellowships for l\'j:. A. Sc. and Ph. D.

candidates are (starting lOet., 1966), M.A. Sc.

October to May, $162. 50/month (non-taxable) June to September" $437. 50 /month (taxable)

Ph.D. "

October to May, $212. 50/month (non-taxable) June to September, $437. 50 /month (taxable)

$3,050.00

$3,450.00

Application for this support must be made annually, and the award is contingent on 'satisfactory performance in research and course work.

M. A. Sc.' candidates in good st~nding may normally count on financial support not to exceed two, academie sessions and a sumrp.e~ (19 months). Ph. D.

candidates in good standing who have completed the requirements for the M. A. Sc. degree'rpay nor;m.ally count'on financial support not to exceed three

calendar years. '

Stude~ts are encouraged tp apply for several University of

Toronto, NR,C, and other scholarships and felIowships, ~ith the advice of a staff supervisor, which may be of higher value ,than th~ UTIAS Fellowships.

Further details concerntng so,me of these awards are given in the calendar of the School of Graduate Studies. Here, again, the Institute will support such applications (by recom,mendation) only on the basis of satisfactory performance of the applicant.

Scholarships and I:ell.o~ships ar~ fncome tax exempt.

Demo~stratorships v~lu'ed

at, $5 58@ 00 are available for the following undergraduate laboratory subjects:

FltJ.id Mechanics'

Aerodynamics Gasdynamic s

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, Plasmadynamic s

, , M'echànics' of Solids and Structures 'Engineering De sign

The stip end for a Demonstrator ship may be held in addition to a Research Fellowship. This position also e~titles the h'o~der to a. modest fee

exemption. Demonstratorships are often awarded to M. Eng. candidates who

are in the design project course and do not have 'other financial support.

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Representative figures for the cost of living in the Toronto area are $1600.00 (single) and $3500.00 (married, one·chi~d),. :r'hese figures are a near minimum and dQ not inc1ude academie fees or the oper~tion of an automobile.

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6. FEES

(i) Undergraduate Fees

It was noted above that the training in Aerospace Engineering at the

undergraduate level consists of four years in Engineering Science. The fee for

each of the four years is $713.00.

(ii Graduate Fees

Attendance at the University for one academic session is required for the M. A. Sc. degree. For this session a fee of $478.00 is charged. Should the research and course work require a second year, then only a re-registration fee of $65.00 is paid.

Two years of residence are required for the Ph. D. degree, with a

fee of $478.00 for each year. For each subsequent year only a re-registration fee of $65.00 is charged.

For additional details consult the relevant undergraduate and gradu-ate calendars which can be obtained from the University Registrar or the

Secretary, School of Graduate Studies, respectively.

7. ADMISSION PROCEDURE

(i) Undergraduates

Write to or visit the office of the Registrar of the University before or immediately after completing high school, indicating your wish to be con-sidered for the Engineering Science course. Further instructions will then be given from that office.

(ii) Graduates

Write to the Secretary, Sçhool of Graduate Studies, or directly to the Secretary, Department of Aerospace Studies, Institute for Aerospace Studies,

University of Toranto, Toronto 5, Canada. Describe in your letter your

under-graduate training and experience, and the specific field(s), see section 3, in which you would like to do graduate study and research. Research Fellowships

begin on May 1 and Oct. 1. State in your letter which of these dates you prefer,

and whether you wish to be considered for a Demonstratorship.

Application for admission should be made as early as possible in the

academic year, and not later than Feb. 1. Students will be notified of their

acceptance or rejection on or about Feb. 15.

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8. UTIAS SEMINARS 1965

Each year the Institute for Aerospace Studies invites a number of distinguished engineers and scientists to describe their work in a series of

seminars. A list of those seminars which took place during 1965 follows: Date 4 Mar. 1965 11 Mar. 1965 18 Mar. 1965 1 April 1965 8 April 1965 15 April 1965 3 May 1965 Speaker Dr. P. A. Sullivan

Gas Dynamic s Laboratory

James Forrestal Research Centre Princeton University

Dr. ·D. L. Matthews

Defence Research Telecommunications Establishment, Ottawa

Prof. A. L. Schawlow Stanford University Mr. D. J. Marsden Research Engineer

De Havilland Aircraft Canada Ltd. Malt on, Ontario

Mr. Y. Y. Chan Re search Fellow

Institute for Aerospace Studies

Dr. G. N. Patterson Director

Institute for Aerospace Studies Prof. S. J. Townsend

23 Topic Theoretical and Experimental Investi-gations of Similar Solutions to Concave Surface Flows. Measurements Upon Charged Particles in the Ionosphere. Properties of Solid Laser Materials The Measurement of Energy Transfer in Gas- Solid Surface Interactions Using Electron Beam Excited Emission of Light. Integral Methods in Compressible Laminar Boundary Layer s and Their Application to Hypersonic Pressure Interactions. A Synthetic View of the Mechanic s of Rarefied Gases. Free Molecule Flow Through Axi- Symmetrie Tubes.

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Date 4 May 1965 12 May 1965 22 June 1965 19 Aug. 1965 70ct. 1965 20 Oct. 1965 2 Dec. 1965 13 Dec. 1965 Speaker Prof. W. A. Wood

University of Melbourne, Australia Visiting Professor at Columbia University, New York

Mr. K. A. Graf Research Fellow

Institute for Aerospace Studie s

Prof. B. Etkin

Dr. F. O. Goodman

Visiting Associate Professor Mass. Institute of Technology Dr. R. A. Oman

Head, Gas Dynamics Group Grumman Aircraft Corp. Mr. A. A. Sonin

Mass. Institute of Technology

Prof. R. A. Heller

Deputy Director of the Fatigue Inst. of Columbia University

Mr. G. Kurylowich Vertol Division

Boeing Aircraft Company

24

Topic Need for Basic

Re-search in Metal Fatigue.

The Determination of Spatially Non-Uniform Electron Density Distributions. Dynamic s of Aero-space Vehicles - A Quarter Century of Change, and Two Current Problems. Interaction of Gases with Solid Surfaces.

Gas- Surface Inter-actions.

The Behaviour of Free Molecule Cylindrical Langmuir Probes in Super sonic Flow s, and Their Application to the Study of the Blunt

Body Stagnation Layer.

Reliability of a Redun-dant Structure Subjected to Repeated Static, or

Constant and Variabie Amplitude Fatigue Loads.

The Light- Line Tethering Technique for Determining the Aerodynamic Deriva-tive s of an Air- Cushion

Vehic1e.

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I

Date 6 Jan. 1966 20 Jan. 1966 3 Feb. 1966 17 Feb. 1966 24 Feb. 1966 3 Mar. 1966 10 Mar. 1966 17 Mar. 1966 31 Mar. 1966 5 April 1966 Speaker Prof. H. Griem

Dept. of Physics and Astronomy Univer sity of Maryland

Prof. D. R. Willis

Div. of Aeronautical Science s College of Engineering

University of California Dr. R. E. Roberson, Head Astronautics Division Dept. of Engineering Univer sity of California Los Angeles, California Dr. D. Bitondo

Technical Director Bendix Systems Div. Ann Arbour, Michigan Mr. L. Mae strello

Acoustics & Electrical Unit The Boeing Company

Mr. M, Stein

Aerospace Technologist

NASA Langley Research Centre Dr. R. K. Lobb

Aero~allistics Program Chief

Naval Ordnance Laboratory Prof. W. W. Willmarth Dept. of Aerospace Engg. Univer sity of Michigan

Dr. O. Hagena

Kernforschungszentrum Karlsruhe, Germany and University of Virginia Mr. P. V. Marrone

Cornell Aeronautical Laboratories Buffalo

24a

Topic

Spectroscopic Temperature and Density Measurements in Plasmas.

Nonequilibrium Effects in

-Source Flows at Low Den-sities.

Gravity Gradient Stabilization.

Exploration of the Moon

New Results in Boundary-Layer Noise Research

Results of Recent Cylindri-cal Shell Buckling

Analyses

Boundary Layer and Wake Flows on Hypersonic Bodies

Studies of the Wall Pressure and the Velocity Field Be-neath a Turbulent Boundary Layer

The Problem of Intensity in in Supersonic Molecular Beams

Rotational Temperature and Density Measurements in Underexpanded Jets and Shock Wave s U sing an Electron Beam

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Date 7 April 1966 18 May 1966 26 May 1966 2 June 1966 8 June 1966 9 June 1966 15 Aug. 1966 26 Sept. 1966 29 Sept. 1966 Speaker Prof. R. A. Gross Plasma Labor·atory

School of Engineering and Applied Science

Columbia University

Prof. L. E. Jones

Dept. of Mechanical Engg. University of Toronto

Dr. J. W. McCroskey Research Associate

Gas Dynamics Laboratory

James Forrestal Research Center Princeton Univer sity

Prof. J. Rom

Dept. of Aeronautics

Israel Institute of Technology Haifa, Isra.el, and

Avco-~verett Research Laboratory

Everett, Massachusetts

Dr. W. Gold smith

Prof. of Engg., Mechanics University of California Berkeley, California

Mr. Ed Plett

Massachusetts Inst. of Technology Dept. of Mechanical Engineering

Dr. P. O. A. L. Davi,es

Institute of Sound and Vibration Res. Southampton University,

,

Mr. P. C. Hughes

Institute for Aerospace Studies University of Toronto

Mr. D. E. Rothe

Cornell Aeronautical Laboratory Buffalo, New York

24b

Topic

Strong Ionizing Shock Waves.

Quelling the Quirks of Quadrature

Leading Edge Flow Field Studies on Sharp Bodies in

Hyper sonic Flow

Flow Studies in an Arc Jet

Impact at Intermediate Velocities

Joulean Heating and Lorentz Force Effects on Gaseous Detonations and Their Flow Fields

Activities of the Institute of Sound and Vibration Research

Optimized Performance of an Articulated Gravity Gradient

Satellite at Synchronous Alt itude

Electron Beam Studies of the Diffusive Separation of

Helium-Argon Mixtures in Free Jets and Shock Waves

I

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I

9. STAFF NOTES

The following notes describe non-routine staff activities of special interest, e. g., special lectures, awards, and special leaves. This information is selected from the U of T Bulletin.

From the Bulletin of March, 1965

PROF. B. ETKIN has been made a member of the Specialist Committee on Atmospheric Flight Mechanics of the American Institute of

Aeronautics and Astronautics. .

DR. 1. 1. GLASS presented a paper on "Shock and Combustion-Wave Dynamics in an Implosion- Driven Hypervelocity Launcher" before the annual meetings of -the American Institute of Aeronautics and Astronautics and the American Physical Society. January 25 - 29 in New York City.

DR. J. H. DELEEUW attended a meeting of the NRC Committee on Aerodynamics on Jan. 8. He attended a meeting of the NRC Associate Committee on Space Research in Ottawa on Jan. 29 and presented a compre-hensive status report of the rocket research program at UTIAS. He attended a meeting on rocket research in Canada at the Scientific Directorate in Ottawa on Feb. 2.

DR. H. S. RIBNER attended the Second Aerospace Sciences Meeting of the American Institute of Aeronautics and Astronautics, New York City, Jan. 25 - 27, ",here a paper of his (coauthored with L. K. Schubert and J. Atvars) on "Refraction of Sound from a Point Source Placed in an Air Jet", was read by Mr. Atvars.

From the Bulletin of October, 1965

,

DR. G. N. PATTERSON, Ditector of the Institute of Aerospace Studies, received an Honorary Degree of Doctor of Science from McGill

University on May 29.

PROF. B. ETKIN visited UBC on May 14 where he gave a

graduate seminar on recent research at Toronto in Aerospace Flight Dynamics.

On May 16 and 17 he attended the annual meeting of the Canadian Aeronautics and Space Institute in Vancouver where he presented the 1965 W. Rupert Turnbull Lecture, and was chairman of a discussion session on "Spin- Yaw Resonance of Sounding Rockets" . Prof. Etkin attended, by invitation, a con-ference on development of Aerospace Engineering Sciences Curricula and Laboratories at the University of Colorado, Boulder, April 20 and 21.

PROF. J. B. FRENCH attended the Gordon Conference on "Molecular Beam Methods and Collisional Processes" held at New Hampton June 14 - 18. He was chairman of the session of High Energy Molecular Beam Techniques. He has also been appointed to the Publications Committee of the Canadian Aeronautics and Space Institute Journal, and attended the committee meeting in Ottawa on August 11.

(34)

DR. 1. 1. GLASS attend'ed the NASA Fluid Physics Contractors Conference at NASA Headquarters, Washington, D. C., March 16 - 18. He gave a talk on "Nonequilibrium Expansion Flows of Dissociated Oxygen and Ionized Argon Around a Corner", and on "A Self- Calibrating Probe for Measur-ing Free- Stream Atom Concentration in a Hypersonic Flow of Dissociated Oxygen". He also gave an invited lecture at the Commemorative 5th Shock Tube Symposium, on "The Shock Tube and Shock Wave Phenomena on Earth and in Space" , at the U. S. Naval Ordnance Laboratory, Silver Spring, Maryland, April 28 - 30.

DR. G. K. KORBACHER, on invitation, visited the National Aeronautics and Space Administration (NASA), Langley Research Center at Hampton, Virginia on June 1, for a presentation and discussion of research proposals in the field of metal fatigue.

DR. H. S. RIBNER has been named to the Associate Committee on Aerodynamics of the National Resea~ch Council to replace retiring members Prof. B. Etkin and Dr. J. H. deLeeuw. He visited the Acoustics Branch,

Langley Research Center, NASA, Langley Field, Va. , June 1, and presented a lecture on "Noise Generation Mechanisms" to open the Noise Abatement Symposium at the 69th Meeting of the Acoustical Society of America, Wash-ington, June 2 - 5. He presented also a paper on "Response of a Flexible Panel to Turbulent Flow: Running Wave vs. Modal Density Analysis" at an unlisted session.

From the Bulletin of November, 1965

DR. 1. 1. GLASS attended the 7th Symposium on Advanced problems and Methods in Fluid Dynamics at Jurata, Poland, Sept. 1 - 7. He presented a lecture on "Theoretical and Experimental Nozzle and Corner

Expansion Flows of Dissociated and Ionized Gases" , and also chaired asession on Gasdynamics and Turbulence.

DR. G. K. KORBACHER, on invitation, went to Columbia University, New York during the week of Sept. 20 - 25 to study with Prof. W. A. Wood the effect of a fine finishing cut af ter annealing on surface work hardening and on crack initiation in fatigue and tested copper specimens.

DR. G. N. PATTERSON, during the week beginning Oct. 6 visited the NASA Flight Research Center and U. S. Edwards Air Force Base, California, for classified consultations on the X-15 Hypersonic Research Air-_._,

plane, the M-2 Lifting-Body Reentry Vehic~e, the XB-70 Supersonic Research

Airplane and the Lunar Landing Research Vehicle.

I

DR. H. S. RIBNER attended a meeting of the NRC Associate Committee on Aerodynamics, and met with the chairman of the Associate Committee on Aircraft Noise, Ott~wa, Oct. 4

26

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I

. J ~ •

DRS. R. M. MEASURES AND S. J. TOWNSEND attended"the National Research Council Symposium on Plasma Physics in Ottawa on Oct. 13 - 15, presenting papers entitled, "Preliminary High Temperature Plasma Physics Research to be Undertaken at UTIAS" and "A Proposed Magnetogas-dynamic Power Generator". They also attended a meeting of the NRC Associate Committee on Plasma Physics.

From the Bulletin of December, 1965

-

-DR.!.!. GLASS visited the USAF Aerospace Research Labora-tories, Dayton, Ohio, on Oct. 25 - 27 where he gave a lecture on "Shock Wave Phenomena on Earth and in Space" . He also gave an invited lecture at Cornell

University, Ithaca, on "Theoretical and Experimental Corner Flows of Dis-sociated and Ionized Gases", on Nov. 2 .

. ~ ~ .

-DR. G. N. PATTERSON visited the Aerospace Research Labora-tories at Wright-Patterson Air Force Base, Dayton, Ohio, on Oct. 25 - 27, to discuss the latest information on hypervelocity launchers, drag reduction using exotic surfaces and human pilot dynamics. He presented a lecture to ARL on the subject of "The New Statistical Approach to Fluid Mechanics".

He also participated in the annual meeting of the Canadian Research Manage-ment Association held in Sarnia on Nov. 1 and 2. He attended a meeting of the Technical Advisory Panel of the National Aeronautical Research Council

in Ottawa on Nov. 5.

"

-DR. H. S. RIBNER attended a meeting of the NRC Associate Committee on Aerodynamics in Ottawa, Oct.26, to consider research pro-posals. Appointments To Assistant Professor 27 R. M. Measures P. A. Sullivan

(36)

10. STUDENT NOTES

Undergraduate Thesis Competition - CASI

The Canadian Aeronautics and Space Institute annually sponsors a thesis competition open to fourth year Aerospace Engineering students.

Bachelors theses are presented by the students in January, and judged by the UTIAS staff for content and quality of presentation.

At the February 24th, 1965 meeting of the Toronto Branch, CASI, the winnïng thesis was presented along with papers in two other cate-gories from Toronto Technical Institutes and Technical Secondary Schools.

The winner of the university category, and recipient of the CASI Bronze Medallion and fifty dollars, was Mr. G. McMichael of UTIAS with his paper "Electron Beam Studies of Supersonic Free Jets"'. The award was presented and the paper highly commended by Mr. R. D. Hiscocks, President CASI, and Special Lecturer, UTIAS.

CASI-AIAA International Student Conference

A joint conference is held annually, at which papers in Bache-lor' s and Master' s categories are presented and judged. In the past, Toronto

students have attended with considerable success, but were unable to attend the meeting at M. I. T. on April 24, 1965, since the date unfortunately was concurrent with examinations at all normally participating Canadian univer-sities. As a re sult, the entire CASI participation had to be withdrawn, the

conference reverting to its former title "Northeastern Student Conference". Students' Committee

The following students were elected to co- ordinate student activities for

1965

P. C. Hughe s (Student Repre sentative) J. E. Drewry

D. Surry

Staff advisor is Prof. S. J. Townsend.

1966

R. H. Prince (Student Representative) G. E. Mc·Michael

A. M. Drummond

Activities include a vigorous athletic program of ice hockey, football, baseball: table-tennis, tennis and swimming, the latter two at near-by public' facilities.

Students' Wives Club

Formed in 1964, a students' wives' club headed by Mrs. A. M. Drummond and Mrs. R. F. Flagg performs work of a public service nature as well as providing interesting social evenings and daily outings. 'This past Christmas, a parcel was gathered for distribution to a needy family located through the Salvation Army and a dinner was held at the Beverley Hills Motor Hotel. 28

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Annual Spring Banguet

Dr. and Mrs. Patterson were again gracious hosts for the annual Spring gala, this year held on Saturday April 3, at the Thornhill Country Club. A committee (Mr. and Mrs. K. L. Hall and Mr. and Mrs. D. Surry) provided decorations about a clairvoyant computer reputedly related to President P. C. Hughes and craftily constructed by Technicians N. Umland and E. Baker.

A fine meal and sub sequent dancing made the evening an un-qualified success.

Annual Christmas Party

Mrs. Patterson organized a Christmas Celebration at the Institute for staff, students and their children. Films, John Giordmaine' s entertaining Magic Show and the distribution of gifts took place in the new

lecture room for the first time. Refreshments were served in the new cafeteria.

(38)

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Scholarships: The following competitive awards for the 1965-66 session have been won by:

Student Awa:rd Value

Anderson, J. H. B. Chu, W. T. Davis, H. J. Drewry, J. E. Drummond, A. M. Flagg, R. F. Hughes, P. C. MacGregor, G. R. Matthias, C. S. McMichael, G. E. Moskal, E. J. 0' Keefe, D. R. Prince, R. H. Reid, L. D. Schubert, L. K.· Shih, L. Y. Siddon, T. E . . Sinclair, S. R. M. Surry, D. Watson, . J. D. N. R. C. Studentship

Wallberg Research Fellowship School of Applied Science and Engineering Fellow ship

McKee- Gilchri st Fellow ship School of Applied SCience and Engineering Fellowship

U. of T. Open Fellowship U. of T. Open Fellowship School of Applied Science and Engineering Fellow ship

School of Applied Science and Engineering Fellowship

N. R. C. Studentship N. R. C. Studentship N. R. C. Studentship

School of Applied Science and Engineering Fellow ship

U. of T. Open Fellowship N. R. C. Studentship

McKee- Gilchrist Fellowship N. R. C. Studentship

School of Applied Scienc~ and Engineering Fellowship

N. R. C. Studentship

School of AppliedScience and Engineering Fellowship 11. - INSTITUTE~ACTIVITIES

$

3000 2500 3500 1800 3500 2500 3000 3500 3500 3000 3000 3000 3500 2500 3000 1800 3000 3500 3000 3000

.

Á

~

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.free- standing panel s depidiing the aC,tivitie s of the

Institute for Aerospace Studies were created for the Canadian National Ex-hibition in Toronto.. They were displayed in the Ontario Government Building.

At frequent intervals during the year, the Institute offers guided tours of its facilities to various ~niversity groups àpd to visiting groups from public organizations and professional societies. The tour is preceded by an informative illustrated lecture by the Director of the Institute, Prof. G. N. Patterson, designed to familiarize the gr·oup with some aspects of aerospace research in Canada. During the tour, small informal groups are guided about the laboratory and are able to ask questions at .first hand of those students who carry out research work. At the conclusion of"ihe tour, an information dis-cussion is held over coffee.

30

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12. B. A. Sc. GRADUATES 1965 Student Chapman, D. S. Grabowski, J. Z. Graharri, G. R. MacPher son, J. 1. McMichael, G. E. Simpson, R. R. Watson, J. D. 1966 Balsa, T. F. Knapp, W. J. Buckley, W. R. Her som, C. H. Sarafian, E. Y. Thesis Title

The Effects on Wing Performance of Blowing Air Into and Drawing Air from the Boundary Layer

An Experimental Investigation Into the Shear Lag Phenomenon as Produced by the Pure Bënding of a Box Beam

Newtonian Flow Theory and Applications

An Experimental Study of a C onstant-Diameter Jet Pump

Electron Beam Study of a Binary Free Jet

Performance Flight Testing

The Performance of the UTIAS

Hyperve~ocity Launcher U sing

De-flagrating Gaseous Combustion

Inertial Sensor: The Construction and Analysis of a Single Degree of Freedom Gyro.

Investigation of Characteristics of Heated and Unheated Axi- Symmetrie Air Jets.

An Experimental Inve stigation of the Aero

-dynamic Characteristic s of a Jet Pump for Two Different Primary Nozzle Con-figurations.

Confinement of Plasmas Under Thermo

-nuclear Conditions by Magnetic Mirror Systems.

A New -Technique for Measuring the Velocity Vector in a Subsonic Flow.

(44)

13. M. A. Sc. GRADUATES TO MARCH 1966

Student Undergraduate Training

A. Belozerov Aero. Mech. (Moscow)

D. M. Carr Eng. Phys. (McMaster)

N. D. Ellis Aero. Eng. (Toronto)

~ J. B. Feir Aero. Eng. (Toronto)

L. Filotas Aero. Eng. (Toronto)

E. Garay Aero. Eng. (Toronto)

E. Grande Eng. Phys. (UBC)

Research Area and Short Title of Thesis Plasmadynamics

"Development of a Capacitor

Bank for an Electromagnetic Shock Tube".

Rarefied Gasdynamics

"Selectiv-e Gettering with Nickel of Some Diatomic Gases" .

Aerodynamics

"A Computer Study of a Wing in a Slipstream".

Lecture Program

"The Influence of Vortex

Generators on the Flow Through

a Subsonic 4:1 Wind Tunnel

Diffuser" .

Lecture Program

"Distortion of a Shock Wave Traversed by a Vortex" . Lecture Program

"Comparison of Air Cushion

Vehicle Derivatives Obtained

from Wind Tunnel and Circular Track Data" .

Aerodynamic Noise

"Further Experiments on Sound Refraction by a Jet Flow".

Research Supervisor Dr. J. H. deLeeuw Dr. J. H. deLeeuw Dr. H. S. Ribner Prof. B. Etkin Dr. H. S. Ribner Prof. B. Etkin Dr. H. S. Ribner

(45)

---w w Student J. L. Harris W. S. Hind son D. Jackson R. H. Klein E. Kupcis J. W. Locke R. P. Mason Undergraduate Training

Aero. Eng. (Toronto)

Math & Phys. (Toronto)

Aero. Eng. (Syracuse)

Eng. Phys. (Toronto)

Research Area and Short Title of Thesis Lecture Program

"Effect of Forward Speed of Directivity of Jet Noise". Lecture Program

"Longitudinal Transfer Functions for the UTIAS CF-100 Flight Simulator Facility".

Lecture Program "No Thesis required". Lecture Program "Determination of UTIAS CF-100 Simulator Transfer Functions" . Lecture Program "Generation of an Isentropic Turbulent Flow Field in the UTIAS Sub sonic Wind Tunnel". Satellite Surface Interactions "Pulsed Electron Beam Velocity Analyses" .

Hyper sonic Gasdynamic s

"Pitot Pressure Measurements in the Nozzle of the UTIAS 11" x 15" Hypersonic Shock Tunnel".

Research Supervisor Dr. H. S. Ribner Prof. B. Etkin Dr. J. H. deLeeuw Prof. B. Etkin Prof. B. Etkin Dr. J. B. French Dr. 1.1. Glass

(46)

w ~ Student E. J. Moskal L. D. Reid T. E. Siddon Undergraduate Training Aero. Eng. (Toronto)

Mech. Eng. (Alberta)

J.H.B.Anderson Physics (Saskatchewan)

Campbell, A. C. Mech. Eng. (Toronto)

O.M. S. Colavincenzo

Eng. Sci. (Toronto )

M. Gorjup Eng. Sci. (Toronto)

J. Z. Grabowski Eng. Sci. (Toronto)

G. R. Graham Eng. Sci. (Toronto)

J. I. MacPher son Eng. Sci. (Toronto)

G.E.McMichael Eng. Sci. (Toronto)

Research Area and Short Title of Thesis Research Supervis~r

Satellite Surface Interactions Dr. J. B. French

"Design Construction and Calibration of

Optical Lever Force and Energy Transducer".

Aerospace Flight Dynamics Prof. B. Etkin

"An Investigation into the Dynamics of the Human Operator Involved in a Pur suit Task"

Aerodynamic Noise Dr. H.S.Ribner

"Turbulence Probe Utilizing Aerodynamic Lift"

1966

"An Experimental Determination of the Indices of Refraction of Dissociated and

Ionized Gases" .

Lecture Program

"The Effect of a Turbulent Flow Field on a Cylinder".

Lecture Program

"Analytical Investigation in Flight Dynamics" "Laboratory Calibration of a Micrometeoroid Gauge".

Lecture Program'" Aircraft Design Lecture Program - Aircraft Design Lecture Program - Aircraft Design

"Electron Beam Studies of Skimmer Inter-action in a Free Jet"

Dr. LI. Glass Dr. R.C.Tennyson Prof. B. Etkin Dr. S.J. Townsend Dr. I. I. Glass Dr. R. C. Tennyson Dr. S.J.Townsend Dr. R.C.Tennyson Dr. J. B. French

(47)

---w

H:>o.

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Student Undergraduate Training P.H.Oosthuizen Mech. Eng. (South

Africa) R. R. Simpson Eng. Sci. (Toronto)

J. D. Watson Eng. Sci. (Toronto)

Research Area and Short Title of Thesis "Corner Expansion-Wave, Boundary Layer Interaction" .

Lecture Program

"Pilot Training and Optimal Gain for Human Pilot Dynamics Studies".

"Implosion- Driven Hypervelocity Launcher Performance Using Gaseous Detonation".

D. B. Muggeridge Aero. Eng. (Calif. "The Effect of Environment on Fatigue" State Polytech. U. S. A. ) Research Supervisor Dr. P.A. Sullivan Prof. B. Etkin Dr. P.A. Sullivan Dr. 1. 1. Glass Dr. G. K. Korbacher

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w CJ1 14. Ph. D. GRADUATES Ta MARCH 1966 Student A. G. Boyer Y. Y. Chan K. A. Graf J. G. Kurylowich P. V. Marrone D. J. Marsden Undergraduate Training

Aero. Eng. (Australia)

Aero. Eng. (Japan)

Physics (Saskatchewan)

Aero. Eng. (Notre Dame) (Indiana)

Aero. Eng. (Alberta)

Research Area and Short Title of Thesis Hyper sonic Gasdynamic s

"Prandtl- Meyer Expansion of

a Dissociated Gas". Hypersonic Gasdynamics "Hypersonic Viscous Flow

Studies in the UTIA 15" x 11"

Hypersonic Shock Tunnel". Plasmadynamics

"DeterIllination of Spatially

_ Non- Uniform Electron Density

Distributions" .

Aerospace Flight Dynamics "The Light- Line-Tethering Technique for Determining the Aerodynanlic Derivatives of an Air Cushion Vehicle".

Plasmadynamics

"Rotational Temperature and Density Measurements in

Under-expanded Jets and Shock Waves Using an Electron Beam Probe" . Rarefied Gasdynamic s

"The Measurement of Energy

Transfer in Gas- Solid Surface

Interactions Using Electron

Beam Excited Emission of Light".

Research Supervisor Dr. 1. 1. Glass Dr. 1. 1. Glass Dr. J. H. deLeeuw

.

) Prof. B. Etkin Dr. J. H. deLeeuw Dr. J. H. deLeeuw

- - - -

_

.

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-

---CN 0) Student A. A. Sonin S. J. Townsend to October, 1966 R. N. Grenda P. C. Hughes J. C. Laframboise D. E. Rothe Undergraduate Training

Physics (Saskatchewan)

Research Area and . Research Sup~rvisor

Short Title of Thesis

Plasmadynamics Dr. J. H. deLeeuw

"Collision-free Plasma Flow about Charged Bodies".

Rarefied Gasdynamic s Dr. G. N. Patter son

"Free Molecule Transfer of Mass, Momentum and Energy

Through Axially Symmetric Tubes".

Upper Atmosphere Research "Rocket Measurements of Upper Atmosphere Density and Tem-perature over Fort Churchill, Manitoba.

Aerospace Flight Dynamics "Optimized Performance of an Articulated Gravity Gradient

Satellite at Synchronous Altitude". Plasmadynamic s

"Theory of Spherical and

Cy-lindrical Langmuir Probes in

Collisionless Maxwellian Plasma at Rest".

Plasmadynamic s

"Electron Beam Studies of the Diffusive Separation of Helium

-Argon Mixtures in Free Jets

and Shock Waves".

Dr. J. H. de Leeuw

Prof. B. Etkin

Dr. J. H. de Leeuw