Annual bulletin 1962

I

I

I

I

I

\.

ANNUAL BULLETIN

1962

JANUARY 1962

I

I

I

_{ANNUAL BULLETIN}

I

₁₉₆₂

I

I

I

I

I

I

I

I

I

I

I

I

I

JANUARY 1962

I

T

ECHNiSCHE

HOGESCHOOL DELFT

'VLIEGTUIG30U\'l;~Ur DE

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

(i) PREFACE

The Bulletin is intended to serve two main purposes:

(1) to provide prospective students of the science and engineering of aeronautics and astronautics, both undergraduate and postgraduate, with information concerning 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 th at of the School of Graduate Studies (post-graduate).

(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.

I

(ii)

I

T ABLE OF CONTENTS

Page

I

1. THE INSTITUTE OF AEROPHYSICS 1

I

2. TEACHING STAFF OF THE INSTITUTE OF AEROPHYSICS 1

3. FACILITIES AND RESEARCH 6

I

4. DEGREE PROGRAMS IN AERONAUTICAL/ ASTRONAUTICAL

ENGINEERING 11

I

5. DEGREE PROGRAM IN PLASMADYNAMICS 13

I

6. FINANClAL ASSISTANCE TO STUDENTS 15

7. FEES 16

I

8. ADMISSION PROCEDURE 16

I

9. UT IA SEMINARS 1960-61 17 10. STAFF NOTES 19

I

11. STUDENT NOTES 23

I

12. SYMPOSIA 24 13. PH. D. DEGREES GRANTED IN 1960-61 27

I

14. M. A. SC. DEGREES GRANTED IN 1961 27

I

15. PH. D. GRADUATES 1950-1961 28 16. PROFILES 42

I

17. LIST OF GRADUATE STUDENTS IN ATTENDANCE,

1961-1962 51

I

18. LIST OF GRADUATING STUDENTS IN THE AERONAUTICS/

I

ASTRONAUTICS OPTION (5a) OF THE ENGINEERING PHYSICS COURSE 1961-1962 53

I

19. LIST OF UTIA GRADUATES (Ph. D1961 . andM.A.Sc.) 1948- 54

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

(1) 1. THE INSTITUTE OF AEROPHYSICS

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 of this university. The first aerodynamics 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 repu-tation 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 aèquired an outs tanding staff of specialists in Aeronautical Engineering and Aerophysics, and a student body of high calibre. lts staff and graduates have made many important contributions, and have achieved international recognition in the above fie lds.

Organizationally the Institute is a division 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 Aeronautical Engineering and Aerophysics of the School of Graduate Studies. At the graduate level, research is the keynote of the

Institute' s activities. Each graduate student carries out an original research for his thesis. 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 permits the employment of students as research assistants. This financial support is a key factor in the successful operation of the Institute as a Graduate School.

2. TEACHING ST AFF OF THE INSTITUTE OF AEROPHYSICS (SESSION 1961-62)*

Professor, and Director of the Institute

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

Professor, and Head of the Dept. of Aeronautical Engineering and Aerophysics, School of Graduate Studies

1. 1. Glass, M. A. Sc., Ph. D., F. C. A.!.

* 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 special interest to him with the assistance of several graduate students.

(2)

Professor. and Supervisor of Undergraduate Courses B. Etkin. M. A. Sc .• F. C. A.!.

Professor

H. S. Ribner. B. S. (Cal. 1. T.). M. S .• Ph. D. (Wash. ). F. C. A.!. Associate Professors

J. H. deLeeuw. M. S. in A. E. (Georgia). Dip. Ing. (Delft). Ph. D. G. K. Korbacher. Dip!. Ing. (Berlin). Ph. D. (Braunschweig) Assistant Professor E. D. Poppleton. M. Sc. (Lond.). D. I. C. Lecturers J. B. French. B. A. Sc .• M. Sc. (Birmingham) H. Kawada. M. S .• Ph. D. (Tokyo) Special Lecturer R. D. Hiscocks, M. B. E .• B. A. Sc .• F. C. A. 1. Dernonstrators K. Dau. B. A. Sc. (U. B. C.). M. A. Sc. J.M. Davis. B.A.Sc. J. H. Fine. M. A. Sc. L. E. Heuckroth, M. A. Sc. W. H. Mak. B. A. Sc. R. C. Radford. B. A. Sc. A.A. Sonin, M.A.Sc. P. R. Stephens. B. A. Sc. R.C. Tennyson. M.A.Sc.

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

(3) DR. G. N. PATTERSON DIRECTOR INSTITUTE OF AEROPHYSICS

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

(4)

PROF. 1. 1. GLASS PROF. B. ETKIN

PROF. J. H. DELEEUW _{PROF. B. ETKIN AND J. B. FRENCH}

'.ff'

PHOTOGRAPHS TAKEN OF UTIA STAFF DURING THE VISIT OF.q'HE DEFENCE RESEARCH COMMITTEE ON EXTRAMURAL GRANTS, Jfu"JUAR.Y, 1962.

(5)

PROF. H. S. RIBNER _{PROF. G. K. KORBACHER}

PROF. E. D. POPPLETON _{R. D. HISCOCKS}

DR. H. KAWADA AND PROF.!.!. GLASS

/

I

I

I

I

'

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

'

I

I

I

I

I

I

I

I

I

I

I

I

(6 ) 3. FACILITIES AND RESEARCH

The sites occupied by the Institute of Aerophysics are shown on the frontispiece. The new site (Dufferin St. ) consists of approximately 20 acres and presently has one building as shown on Fig. 1. The old site is on the RCAF Downsview Airport and appears in Fig. 2. In the new Galbraith Building (engineering), on the main Campus, the Institute of Aerophysics has a design and drafting laboratory, a fluid mechanics laboratory, 'and other space in connection with undergraduate instruction as shown on Fig. 3.

A.

B.

C.

D.

E.

F.

G.

H. 1.

J.

K.

Research is carried out in the following areas: Mechanics of Rarefied Gases

Plasmadynamics and Thermonuclear Fusion

Hypervelocity Gasdynamics Blast Wave Phenomena Aerosonics and Jet Noise

Aerodynamics of Subsonic Vehicles

Aerospace Flight Dynamics Aerospace Structures

Supersonic Flows Space Research

Molecular Beams and Surface Interactions Dr. G. N. Patterson Dr. J.H. deLeeuw Dr. G. N. Patterson Dr.!.!. Glass Dr.!.!. Glass Dr. H. S. Ribner Prof. B. Etkin Dr. G. K. Korbacher Prof. B. Etkin Prof. E. D. Poppleton UTIA Staff Dr. J. H. deLeeuw Dr. G. N. Patterson Mr. J. B. French

Further details on current research problems can be found in the UTIA Annual Progress Report. A copy may be obtained on request.

,(7)

Analogue Computer _{FACILITIES AT THE DUFFERIN ST. SITE}

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

---

j

-

00

Hypervelocity Launcher

co

Flow Noise Facility

---I

I

(10)

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

(11)

4. DEGREE PROGRAMS IN AERONAUTICAL/ ASTRONAUTICAL ENGINEER-ING AT THE UNIVERSITY OF TORONTO

A five year program of study has been designed to prepare stu-dents for a career in Aeronautical/ Astronautical 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 postgraduate level. The staff of the Institute of Aerophysics

undertakes the teaching of the specialized topics related to Aeronautics / Astronautics at both levels.

Suitably qualified students in engineering, mathematics, or physics who have done their undergraduate work at arlOther university, or in another course at the University of Toronto, may enter the program at the postgraduate level (see (ii) 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 Aeronautics / Astronautics option (5a) of th at course. The subjects taken in the final two years of this option are:

Third Year Advanced Mechanics>:c Differential Equations Electronics

Physics Laboratory

Thermodynamics and Kinetic Theory Theory of Functions

Mechanics of Solids and Structures* Fluid Mechanics*

Physical Metallurgy Modern World History

Fourth Year Atomic Physics Engineering Design*

Mechanics of Solids and Structures* Plasrnadynamics*

Differential Equations of Mathe-matical Physics Gasdynamics* Transport Phenomena* English Philosophy of Science Thesis

Lecture and laboratory instruction during the four under-graduate years are given mainly at the University campus. During the two fin al (option) years, the new Drafting/Design room and the Fluid Mechanics laboratory in the Galbraith Building serve as "headquarters" for students in this option. Occasional fourth year laboratory classes are given at the

Institute of Aerophysics, to take advantage of the specialized research facilities available there.

On the successful completion of the four year course the student receives the degree of Bachelor of Applied Science in Engineering Science.

* Courses given by UTIA Staff

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

(12)

(ii) M. A. Sc. Course - The student continues his five year program of studies

at the Institute of Aerophysics by enroUing in the Department of Aeronautical

Engineering and Aerophysics, School of Graduate Studies, as a candidate for

the degree of M. A. Sc. in Aeronautical/ Astronautical Engineering (Division A).

In this fin al year the student is normally required to complete a thesis based

on research or development, and to take at least two courses selected from

those listed below. Additional courses offered outside the department may

also be taken, subject to the approval of the departm ents concerned.

Qualified students with backgrounds in other branches of

Engineering, or in Mathematics or Physics, are invited to apply for admission

to the course at this stage. Individual programs of study wiU be arranged to

make up prerequisites. Such students may need two academie sessions to

complete the requirements for the M. A. Sc. degree.

List of M. A. Sc. Courses, Division A

Aerospace Mechanics

1001 1002X 1003X 1004X

Dynamics of Atmospheric Flight I

Dynamics of Space Flight

Aeroelasticity

Propulsion of Aircraft and Spacecraft Aerodynamics 1101X 1102 1103X 1104X 1105

Boundary Layer Theory

Wing Theory

Aerodynamics of Propulsion Random Processes

Aerodynamic Noise

Aircraft and Space Vehicles

1201 1202

Analysis of Structures

Design of Aircraft and Spacecraft Thesis Prof. B. Etkin ProL J. H. deLeeuw Mr. J. B. French Prof. G. K. Korbacher Dr. H. Kawada* Prof. B. Etkin Prof. G. K. Korbacher Prof. H. S. Ribner Prof. H. S. Ribner Prof. E. D. Poppleton Spec ial Staff

M. A. Sc. thesis projects for Division A may be undertaken in

the general areas and under the staff supervisors noted below. Details of

current projects are given in the UTIA Annual Progress 'Report.

*

x

Spedal. Ledurer '

Half course that m ay be given as

Department.

JO, ' •.

a fuU course at the option óf tl~e:

.". "

Hypervelocity Gasdynamics Blast Wave Phenomena Aerosonics and Jet Noise Aerodynamics of Jet Sheets

Aerodynamics of Subsonic Vehic1es Aerospace Flight Dynamics

Aerospace Structures Aerospace Design Space Research (13 ) Prof. 1. 1. Glass Prof. 1. 1. Glass Prof. H. S. Ribner Prof. G. K. Korbacher Prof. B. Etkin Prof. B. Etkin Prof. E. D. Poppleton Mr. R. D. Hiscocks Prof. J. H. deLeeuw Prof. G. N. Patterson (iii) Ph. D. Course - Students who have shown a marked ability for independ-ent research may be accepted as candidates for the Ph. D. degree. A candi-date is normally required to take three subjects - a major subject (in his field of research) and two minor subjects, one of which must be taken from another department (physics or applied mathematics, for example). These are usually taken over a period of two years. The candidate is then required to present a thesis embodying the results of an original, independent, investigation on an approved topic selected from the general areas noted in Section 2. His work must be supervised by at least one member of the staff. The course work and the thesis research are done simultaneously.

At the beginning of his second Ph. D. year the candidate is required to write a set of general examinations in the field of aeronautics/ astronautics based on prescribed texts. He is only permitted to continue with his Ph. D. Program if he has passed these examinations. A candidate is expected to complete his Ph. D. work in two to three years after obtaining his Master's degree. Further details can be found in the Calendar of the School of Graduate Studies.

The following advanced courses are offered as Ph.

P.

major subjects in Di vision A.

2001 2002 2003

Dynamics of Atmospheric Flight II Theory of Structures

Hypersonic Gasdynamics

5. DEGREE PROGRAM IN PLASMADYNAMICS

Prof. B. Etkin

Prof. E. D. Poppleton Prof. 1. 1. Glass

A five y!=ar program of study has been designed to prepare students for research ·and development work on the flow of plasmas. The first four years are at the undergraduate level and provide the requisite training in the fundamental and engineering sciences. The fifth year pro-vides more specialized training at the postgraduate level. The staff of the Institute of Aerophysics undertakes the teaching of the specialized topics related to Plasmadynamics at both levels.

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

1

1

(14)

Suitably qualified students in engineering, mathematics or

physics who have done their undergraduate work at ~nother university or in

another course at the University of Toront<?, may enter the program at the

postgraduate level (see (ii) below).

(i) Undergraduate (B. A. Sc. ) Course - The undergraduate course is identical with that for Aeronautical/ Astronautical Engineering (see p.11)

(ii) M. A. Sc. -Course - The student continues his five year program of studies at the Institute of Aerophysics by enrolling in the Department of Aeronautical Engineering and Aerophysics, School of Graduate Studies, as a candidate for the degree of M. A. Sc. in Plasmadynamics (Division B). In this final year he is normally required to complete a thesis based on research or development, and to take at least two courses selected from those listed below. All of the latter are given by UTIA staff. Additional courses offered outside the depart-ment mayalso be taken, subject to the approval of the departrnents concerned.

Qualified students with backgrounds in other branches of

Engineering, or in Mathematics or Physics, are invited to apply for admission to the course at this stage. Individual programs of study will be arranged to make up prerequisites. Such students may need two academic sessions to complete the requirements for the M.A. Sc. degree.

List of M. A. Sc. Courses, Division B. Mechanics of Gases and Plasmas 1401

1402 1403 1404

Mechanics of Rarefied Gases Gas Flows at High Temperature

Magnetogasdyna~ics Gas-Surface Interactions Thesis Prof. G. N. Patterson Prof. I. I. Glass Prof. J. H. deLeeuw Mr. J. B. French

M. A. Sc. thesis projects may be undertaken in the general areas and under the staff supervisors noted below. Details of current pro-jects are given in the UTIA Annual Progress Report.

Mechanics of Rarefied Gases

Plasmadynamics and Thermonuclear Fusion Space Research

Hypersonic Gasdynamics

Molecular Beams and Surface Interactions

Prof. G.N. Patterson Prof. J.H. deLeeuw Prof. G.N. Patterson Prof. J.H. deLeeuw Prof. G.N. Patterson Prof. I. I. Glass Mr. J.B. French

(15)

(iii) Ph. D. Course - Students who have shown a marked ability for independ-ent research may :be accept'ed as .candidates for the Ph. D .. degree. A candi-date is norrnally requl.red to take three sUbje·cts :- a major subject (in his field of research) and two minor subjects, one o! which must be taken from another department (physics or applied mathematics, for example). These are usually taken over a period of two years. The candidate is then required to present a thesis embodying the results of an origirial, independent, investi-gation on an approved topic selected from the general areas noted in Section 2. His work must be supervised by at least one member of the staff. The course work and the thesis research are qone sim ultaneously.

At the beginning of his seçond Ph. D. year, the candidate is required to write a set of general examinations based on prescribed texts. He is on(y permitted to continue with his Ph. D. program if he has passed these examinations. A candidate

IS

expected .to complete his Ph. D. program in two to three years after obtairiing his Master's degree. Further details

_,

_. can be found in the Calendar of the School of Graduate Studies.

The following advanced course is offered as a Ph. D. major subject in Divisîo~ B.

2101 Plasma Physics a:n~ Thermonuclear Reactions Prof. G. N. Patterson

.Prof. J. H. deLeeuw

6. FINANCIAL ASSISTANCE Ta STUDENTS

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

(ii) Postgraduate: Research Assistantships are available in the fields of re-search outlined in Section 2 and described in detail in the UTIA Annual Pro-gress Report. The values of these assistantships for M. A. Sc. and Ph. D. candidates are,

lst postgraduate'year (M. A. Sc.)

2nd and subsequent postgraduate years (Ph. D. only)

$2, 960. 00 $3, 110.00

Students mayalso apply for several University of Toronto, NRC, and other scholarships, which may be of higher value than the assist-antships. Fudher details can be found in the Calendar of the School of Graduate Studies.

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

,

I

I

I

I

I

I

I

I

I

I

I

I

I

(16 )

Demonstratorships are available for the following under-graduate laboratory subjects:

Fluid Mechanics Aerodynamics Gasdynamics

,Plasmadynamics

Mechanics of Solids and Structures Engineering Design

The stipend for a Demonstratorship is $350. 00 and it may be held in addition to a Research Assistantship,

7. FEES

a) Undergraduate Fees

It was noted previously that training in Aeronautics /

Astronautics or Plasmadynamics at the undergraduate level starts with a common program for the first two years in Engineering Science followed by two years of specialization. The fee for each of the four years is $660.00. b) Graduate Fees

Attendance at the University for one academie session is re-quired for the M. A. Sc. degree. For this session a fee of $414. 00 is charged. Should the research and course work require a second year then only a

reregistration fee of $52. 00 is charged.

Two years of attendance is required for the Ph. D. degree,

with a fee of $414.00, for each year. For each subsequent year only a re-registration fee of $52.00 is charged.

For additional details consult the relevant undergraduate and graduate calendars which can be obtained from the University Registrar or the Secretary, School of Graduate Studies, respectively.

8. ADMISSION PROCEDURE a) 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 considered for the Engineering Science course. Further instructions will then be given from that office.

.

", (17)

b) Graduates

Write to the Secretary, School of Graduate Studies, or directly

to the Chairman, Department,of Aeronautical Engineering and Aerophysics,

University of Toronto, Toronto 5, Canada. Describe in your letter your undergraduate training and experience, and the specific field in which you would like to do graduate study and research. Research assistantships 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 sheuld be made as early as possible in the

aca-demic year, and not later than Feb. 1. Students will be notified of the result

on or about Feb. 15.

9. UTIA SEMINARS 1960-61

Each year the Institute of Aerophysics invites a number of distinguished Engineers and Scientists to desëribe their work in a series of Seminars. A list of those which took place from Sept. 1960 to Dec. 1961 follows: Date 20th Sept. 1960 13th Oct. 1960 3rd. Nov. 1960 17th Nov. 1960 15th Dec. 1960 Speaker Dr. A. G. Gaydon,

Chemical Engineering Department, Imperial College, London.

Mr. W.

z.

Stepniewski,

Assistant Director of Engineering, fOl- Research, Vertel Division, Boeing Airplane Company.

Dr. J. D. Stewart,

Manager, Aerophysics Engineer-ing Division, General Electric Co.,

Philadelphia, Pa. '

Mr. H.F. Hardrath, Head of Fatigue Section , Structures Research Division, NASA, Langley Field, Virginia. Dr. S. M. Scala,

Manager, High Altitude Aero-dynamics,

Space Sciences Laboratory, General Electric Company, Philadelphia, Pennsy,lvania.

Topic

Recent Spectroscopic Work on Temperature Measure-ments in Shock Tubes. VTOL in Perspective.

Re-entry Thermodynamic Research

Fatigue Under Random Loading .

Non-Equilibrium Hyper-sonic Viscous Flow.

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

5th Jan. 1961 16th Mar. 1961 16th Mar. 1961 13th Apr. 1961 14th Apr. 1961 3rd May 1961 30th May 1961 17th Aug. 1961 11-15th Sept. 1961 (18) Dr. D. A. Spence, Aerodynamics Department, Royal Aircraft Establishm ent Farnborough.

Mr. W. Breuhaus,

Cornell Aeronautical Laboratories, Buffalo, N. Y.

Dr". Richard M. Patrick,

Avco-Everett Research Laboratory, Everett, Massachusetts.

Professor Howard W. Emmons, Division of Engineering and Applied

Physics, Harvard University. Dr. Samuel Herrick,

University of California. Dr. W. P. Jones,

Superintendent of the Aerodynamics, Div., National Physical Laboratory, Teddington, England.

Dr. R. D. Stepanov,

Institute of Mechanics of the Academy of Sciences, Soviet Academy

-NRC Exchange Scientist.

Mr. P. P. Koryavov, Research Scientist, Computation Centre of the U. S. S. R. ,

Academy of Sciences, Moscow. Mr. R. Smelt, Chief Scientist, Lockheed Aircraft Corporation, Missiles and Space Division.

The Aerodynamics of Jet-Flapped Wings.

In -flight Sim ulation of Control During Re -entry of Manned Gliders.

Recent Experiments in High Temperature Magnetohydrodynamics. The Poiseuille Plasma Experiment.

Astrodynamics and Space Navigation.

Research on Unsteady Flow.

Some Problerps of Flutter,

in Panels· and Shells at Supersonic Velocities.

Laminar and Turbulent Mixing of Two Plane Flows with Variable Prandtl

Number.

Orbits of Near-Earth Satellites - A Series of 5 Lectures

1. The special features of near-earth satellites.

2. The low-altitude orbit-atmospheric environment. 3 . . The drag of satellites and orbit decay.

4. Satellite lifetime,

5. Re-entry from satellite orbits.

19th, 21st Sept. 1961 19th Oct. 1961 16th Nov. 1961 6th Dec. 1961 7th Dec. 1961 (19) Dr. J. H .. Preston ,

Professor of Fluid Mechanics, University of Liverpool, England.

.,

Dr. J. Kondo,

Professor, Dept. of Aeronautics,

Univers~ty of Tokyo.

Mr. H. R. Chaplin,

David Taylor Model Basin, W ~shington, D. C.

Dr. F. S. Faizullov,

Lebedev Physical Institute, Academy of Sciences, U. S. S, R. Moscow, U. S. S. R.

Dr. A. M. Patterson,

10. STAFF NOTES

1. The Effect of Hole Size on Measurem ents of Static Pressures.

2. The Effect of Boundary Layer on Lift:

Application of Operations Research Techniques in the Basic Design of

YS-11 Transport Aeroplane. Current Status and

Problems of GEM Research.

Spectroscopic Studies of the Flow behind Moving Shock Waves.

Marine Physics Research at the Pacific Naval

Laboratory .

The following notes describe non-routine staff activities of special interest, e. g. speciallectures, awards, attendance at scientific meetings, and specialleaves. They are reproduced without change from the U. of T. Staff Bulletin.

From the Bulletin of Jan. 1961:

DR. G. N. PATTERSON attended the Associate Committee for Space Research meeting on Oct. 19 in Ottawa. The next day was spent in the

work of the Review CQmrnittee set up in conn~ction with the National

Aero-nautical Establishment. On Oct. 21 Dr. Patterson attended a symposium on

Upper Atmosphere ~esearch held by the . Astronautics Section, Canadian

Aeronautical Institute.

DR. 1. 1. GLASS visited the DuPont laboratories in Wilmington,

Del., and Gibbstown, N. J. to discuss propellants for hyper-velocity launchers. PROF. B. ETKIN lectured to officers of the RCAF Staff College

on Nov. 7 on "Dynamics.of Flight in the Atmosphere, and Re-entry from Space" .

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

(20)

DR. J. H. deLEEUW attended the Canadian High Altitude

Re-search symposium, organized by the C. A. 1., Astronautics Section, Oct.

20-21, where he presented a paper, "Technique for the Measurement of the

Thermodynamic Properties of the Upper Atmosphere". On Oct. 24 he visited the Aeronautical Engineering departm ent, University of Southampton, for a general discussion of problems associated with the flow of plasmas. He

attended the Round Table Conference on Low Pressure Aerodynamic Research

Facilities at London, Eng., Oct. 25-27, organized under the auspices of

AGARD, AFOSR and ONR. At this meeting, Prof. deLeeuw described the present and planned research facilities at the Institute of Aerophysics in this field and discussed the proposed research program for the immediate future. On Nov. 9, Prof. deLeeuw lectured at the RCAF Staff College on "Re-entry Heating Problems".

G. R. LUDWIG gave a lecture at the RCAF Staff College on "Flight in Space" on Nov. 7.

DR. G. K. KORBACHER lectured on "Aircraft and Space

Pro-puls ion - Theory and Application", and on "Fundamentals of iBTOL Aircraft

and Ground Effect Machines" to the RCAF Staff College on Nov. 8. From the Bulletin of Feb. 1961:

PROF. B. ETKIN has been appointed a member Committee on Aerodynamics of the National Research Council. the first meeting in Ottawa on Dec. 19.

From the Bulletin of Mar. 1961:

of the Associate He attended

DR. G. N. PATTERSON attended the meeting of the Associate

Committee for Gasdynamics Research held at McGill University on Jan. 20, and the Americal Physical Society meetings in New York Feb. 1-4. During this time he attended a meeting of the Board of Editors of the Physics of Fluids Journal. He visited the Grumman and Republic Aircraft companies in connection with hypersonics research and also the Air Force Office of Scientific Research in connection with research programs at the Institute of Aerophysics.

DR. Lr. GLASS attended the American Physical Society meet-ings in New York and visited the General Electric Company, Space Science Laboratories, Philadelphia, the aerophysics laboratories at the Grumman Aircraft Company and those at the Republic Aircraft Company, Long Island, Feb. 1-6, to discuss hypersonic flow problems and high-temperature gas-dynamics research.

PROF. B. ETKIN attended the Institute of Aerospace Sciences annual meeting in New York, Jan. 23-25.

DR. G. K. KORBACHER attended the Institute of Aeronautical Sciences annual meeting in New York, Jan. 22-25.

(21 ) From the Bulletin of Oct. 1961:

DR. H. S. RIBNER has been visiting professor at the Depart-ment of Aeronautics and Astronautics of the University of Southampton, England, for the academic year 1960-61. En route he attended the 10th International Co~gress o~ Applied Mechanics at Stresa, Italy, Aug. 31-Sept. 7. He visited a num,ber of aeronautical establishments in England and gave invited lectures on "A Theory of the Sound from Jets" to the Noi,se Committee of the Aeronautical Research Council, London, Jan. 17, and to • I . the National Luchtvaartlaboratorium (N. L. L. ) in Amsterdam, Feb. 20. The visit to N. L. L. and another to Delft Technical University were sponsored by the Advisory Group for Aeronautical Research and Development to NATO. Af ter returning he presented a related paper at the 61st Meeting, Acoustical Society of America, Philadelphia. May 10-13.

DR.!.!. GLASS visited CARDE, Quebec, on May 8 - 9 to dis-cuss mutual problems concerning hypervelocity launcher research. Dr. Glass visited the Armour Research Foundation of Illinois Institute of Tech-nology on Mar. 24, and gave a talk on the "Gasdynamics of Blasts", and dis-cussed current research problems in shock tube flows and hypersonics. He also visited the Cornell Aeronautical Labo:vatory Inc., Buffalo, on May 23-24, to discuss problem s of mutual interest in hypersonic flow, shock tunnel

research and non-equilibrium flows. Dr. Glass has been elected a Fellow of

'I the Canadian Aeronautical Institute (CAI Annual General Meeting). He was

also elected chairman, Astronautics Section, Canadian Aeronautical Institute for the year 1961-62. Dr. Glass visited the USSR for the 3-week period

June 20-July 11, at the invitation of the Soviety Academy exchange agreement. He gave the following four lectures: at the Power Research Institute Moscow, on "High Temperature Gas Flows"; Moscow University, on "Collision of Shock Waves"; Institute of Chemical Physics, on "Explosions and Implosions" Power Research Institute, on "Overtaking Shock and Expansion Waves". He also visited the Hebrew University, Jerusalern, and the Israel Institute of Technology, Technion, Haifa, where he gave a lecture on "High Temperature Gas Flows" on July 18. '

DR. G. N. PATTERSON lectured on "The Aerodynamics of the Upper Atmosphere" at the Aeronautical Research Lab., Wright-Patterson Air Force Base, Ohio, on April 16; at the Dept. of Aeronautics / Astronautics, University of Michigan qn April 20; and at Deep River on May 9 to the local branch of the Engineering Institute of Canada. From May 17 -19 he delivered

a series of lectures at the Canadian Armament Research and Development Establishment,' Valcartier, on the "Hypersonics of Upper Atmospheric Flight and Re-Entry". During June 21-29 he participated in an International

Symposium for University Te.achers at the Oklahoma State University. The general subject of this series of talks was "The Molecular Approach to Fluid Mechanics". '

,PROF. B. ETKIN presented a paper on "Theory of Flight in Isotropic Turbulence" at a meeting of the Advisory Group for Aeronautical Research and Development (AGARD) of NATO in Brussels, April 14, and at

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

(22)

the Technical University, Delft, Netherlands, on April 15; he also visited the Royal Aircraft Establishment, Farnborough, England; Imperial College, London; and the University of Southampton, April 19-21. He attended meet-ings of the associate committee on Aerodynamics of the N. R. C. at Ottawa

on May 1, June 19p 20, and Aug. 28.

DR. J. H. deLEEUW attended the 4th meeting of the Associate Committee of Space Research of the N. R. C., where he presented a report on the development of the rocket experiment in preparation at the Institute of Aerophysics, on April 28, in Ottawa. From June 7 - 9 he attended the 4th Air Force Office of Scientific Research Contractors ' Meeting on Hypersonic

Flow and Aerophysics in Toronto. He presented a paper on "Pressure

Probes in Free Molecule Flow" at the AGARD Fluid Dynamics Panel Special-ist Meeting on the Use of Rocket Vehicles in Flight Research on July 21 in

Scheveningen, Holland. In the week starting Aug. 7 he visited research

groups at the University of Liverpool, Durham University, Cam bridge Uni-versity and the Royal Radar Establishment in the U. K. for discussions about experiments in plasma dynamics.

From the Bulletin of Nov. 1961:

DR. G. N. PATTERSON has been appointed a member of the Technical Advisory Panel of the National Aeronautical Research Council. He attended the first meeting of th is reorganized panel on Oct. 12.

DR. H. S. RIBNER talked on "How Jets Make Noise" at a meeting on Sept. 27 of the Toronto branch of the Canadian Aeronautical

Institute.

DR. J. H. deLEEUW presented a paper entitled "Magnetohydro-dynamics" at the tutorial session on Plasma Physics of the IRE Canadian Electronics Conference held in Toronto, Oct. 2.

DR. G. K. KORBACHER presented a paper on "Aerodynamics of Curved Jet Sheets" at the annual General Meeting of the Canadian

Aero-nautical Institute in Toronto May 25. From the Bulletin of Dec. 1961:

DR. G. N. PATTERSON has been asked to serve on the Advisory Committee for the 3rd International Symposium on Rarefied Gas Dynamics to be held in Paris, in June, 1962. This meeting is jointly spon-sored by the National Aeronautics and Space Administration and the U. S. Air Force Office of Scientific Research.

PROF. B. ETKIN was chairman of the session on Flight Control at a U. S. A. F. symposium on Aerothermoelasticity, in Dayton, Ohio, Oct. 30-Nov. 1.

(23 )

MR. J. B. FRENCH attended the Joint Symposium on

Ultrahigh Vacuum, held under the auspices of the American Vacuum Society and the InternationalOrganization for Vacuum Science and Technology, in

Washington, Oct. 16-19.

DR. H. S. RIBNER attended the 62nd meeting of the Acoustical

Society of America, Nov. 9-11, in Cincinnati.

11. STUDENT NOTES

Student Section, C. A.!.: For some years past, there has been a student section of the Toronto Branch of the Canadian Aeronautical Institute, which has carried on a modest program of activities. lts mem-bership is drawn from the third and fourth years of option 5a, and graduate

students at UTIA. The section has recently been reorganized and the

following have been elected as executive officers for the current year: Chairman Secretary Treasurer -J. Laframboise, grad. P. R. Stephens, grad. R. C. Tennyson, gi'ad.

The major project for the current year is the planning of the lAS/CAI Regional Student Conference to be held at UTIA on Sat. May 5, 1962.

Representation is expected from 18 Universities in the North-Eastern U. S. and Canada.

Local Thesis Competition: The following 4th year under-graduate students were the 1961 winners of the annual thesis competition

sponsored by the C. A.!. :

Winner:

R. C. Radford

"Application of Photoelasticity to Experimental Stress Analysis" Runners-up

I. Banks

W.H. Mak

"Gas Turbine Blade Cooling".

"Prandtl-Meyer Expansions of Reacting Gases in Equilibrium

and Frozen Flows".

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

(24)

,Scholarships: The following students have won _ the competitive awards noted for the session 1961/62.

Student 1. Boyer, A. G. 2. Bremner, G.F. 3. elBaroudi, M. Y. 4. Chu, T. W. 5. Dau, K. 6. Davis, J. M. 7. Davis, Jr., H.J . 8. Dukowicz, J. K. 9. Fine, H. J. 10. Grenda, R. N. 11. Heuckroth, L. E. 12. Kurylowich, G. 13. Laframboise, J. 14. Lafrance· , J. C. 15. Mak, W. H. 16. Marsden, D. J. 17. Radford, R. C. 18. Rothe, D. E. 19. ,Sonin, A. A. 20. Sridhar, K. 21. Townsend, S. J. 12. SYMPOSIA Award Wallberg Fellowship N. R. C. Studentship Gilchrist-McKee Scholarship N. R. C. Bursary

Ontario Research Foundation Scholarship Air Show Scholarship

Air Show Scholarship N. R. C. Studentship N. R. C. Studentship N. R. C. Studentship

U. of T. Open Fellowship Gilchrist-McKee Scholarship Union Carbide Fellowship N. R. C. Studentship

N. R. C. Bursary

Gilchrist-McKee Scholarship Air Show Scholarship

N. R. C. Bursary Air Show Scholarship

Gilchrist-McKee Scholarship Air Show Scholarship

Value $2000. 1400. 800. 1000. 1400. 1400. 1400. 1400. 1400. 1400. 2175. 800. 2000. 1400. 1000. 800. 1400. 1000. 1400. 800. 1400.

During 1961 two symposia of special significance were held at UTIA. On June 7, 8 and 9, 1961 the USAF Office of Scientific Research held its Fourth Contractors' Meeting in Hypersonic Flows and Aerophysics. Outstanding scientists and engineers in this field reviewed their current re-search. Each lecture was followed by an inform al discus sion of the results which added materially to the topic under consideration. A copy of the pro-gram indicating the scope of the papers presented during the three days appears in the following.

On Oct. 26 and 27, 1961, a symposium on Interplanetary

Explorations was held at UTIA. It was cosponsored by four Canadian organiza-tions and proved to be an excellent cooperative event. An historical

announce-ment was also made at the dinner on the 26 Oct., 1961, that the Canadian Aeronautical Institute and the Canadian Astronautical Society would merge and join forces under the new Canadian Aeronautical and Space Institute. Some details of the fine papers presented by Canadian and U. S. scientists and engineers appear below.

.\GE;'o;D.-\

nHTED STATES AIR FORCE

OFFICE OF SCIENTlFIC RESEARCH

FOURTH COr\TRACTORS' MEETING IN

HYPERSOr\IC FLOWS AND AEROPHYSICS INSTITUTE OF AEROPHYSICS

FACULTY OF APPLlED SCIENCE

AND ENGINEERING UNIVERSlTY OF TORONTO JUNE 7. 8, 9 1961 June 8, 1961 (25 ) June 7, 1961

MORNlNG SESSION - Magnetohydrodynamics

Prof. E. L. Resler (Cprnell University), Chairman

Mr. M. Rogers (OSR, USAF) - Welcoming remarks

Prof. G. N. Patterson (UTIA) - Introductory Survey

COFFEE BREAK

Prof. E. L. Resler (Cornell Univer'sity)

Prof. W. R. Sears (Cornell University)

Prof. S. I. Pai (University of Maryland)

Prof. J. H. DeLeeuw (UTIA)

LUNCH - FOUR WlNDS

AFTER,NOON SESSlON - Non-Equilibrium Flow

Dr. F. K. Moore (Cornell Aeronautical Labs.), Chairman

Dr. F. K. Moore (C.A.L.)

Prof. S. Bogdonoff (l?rinceton University)

Dr. J. G. Hall (C.A.L.)

TEA BREAK

Dr. J. D. Cole (Cal. Tech.)

Prof. K. Tamada (Tokyo University)

June 9, 1961

MORNING SESSION - High Temperature Rarefied Gas Flows with Emphasis on Experiment

MORNlNG SESSlON - High Temperature Rarefied Gas

-Emphasis on Analytical Techniques

prof. S. Bogdonoff (princeton University), Chairwan

Prof. S. Bogdonoff (Princeton University)

Dr. R. L. Chuan (University of California)

COFFEE BREAK

Mr. A. Hertzberg (C.A.L.)

Dr. C. Sheerl{Vitro Labs.)

LUNCH - FOUR WlNDS

AFTERNOON SESSlON - Interact\ons - Chemical Kinetics

Dr. Z. L. Slawsky (Naval Ordnance Lab), Chairman

Dr. Z. L. Slawsky (N. O. L·. )

Dr. W. L. Fite (General Atomics)

Dr. G. T. Skinner (C. A. L. )

TEA BREAK

Dr. A. Hertzberg (C.A.L.)

Prof. E. L. Resler - S. H. Bauer (Cornell University)

Prof. 1. 1. Glass (UTIA) - Tour of Lab

6;00 DlNNER - FOUR WINDS

Dr. O. A. MacRae (Astronomy Dept. of U. of T. )

-"A Closer Look at the Moon"

Prof. W. R. Sears (Cornell University), Chairman

Prof. R. Vaglio-Laurin and Prof. P. A. Libby (Brooklyn

Polytech)

Prof. L. Trilling CM. I. T. )

Prof. T. Y. Li (Rensellar Polytech)

COFFEE BREAK

Prof. G. V. Bull (McGill University)

Dr. S. M. Scala (General Electric)

LUNCH - FOUR WINDS

AFTERNOON SESSlON - PanelDiscussion at UTlA

"Where Do We Go From Here?"

Prof. G. N. Patterson (UTIA), Chairman

Panel:

Prof. W. R. Sears (Cornell University)

Prof. S. Bogdonoff (Princeton University)

Prof. E. L. Resler(Cornell University) Dr. F. K. Moore (C.A.L.) Dr. Z. L. Slawsky (N.O.L.)

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

(26)

INTERPLANETARY EXPLORATIONS

A SYMPOSIUM spO'1lSored jointly by

CANADIAN AERONAUTICAL INSTITUTE: ASTRONAUTICS SEC'fION CANADIAN ASTRONAUTICAL SOCIETY

UNIVERSITY OF TORONTO, INSTITUTE OF AEROPHYSICS

and the DAVID DUNLAP OBSERVATORY

to be held Ift the

UNIVERSITY OF TORONTO, INSTITUTE OF AEROPHYSICS on the 26th and 27th October, 1961

26th Oetober MorniDI 9.30 a.m. INTRODUCTORY REMARKS

DR. G. N. PATmRSON

Director, Institute of Aerophysics

TERRESTRlAL SPACE I Chairmoo

DR. D. C. RoSE

Olairman, N .R.e. Associate Committee on Space Research

On tbe Determination of tbe Eartb's Atmospberic Stru&ture witb Sounding Rockets and Artificial Satellites

PROFESSOR V. C. LIU

Dept. of Aeronautica! and Astronautica! Engineering,

University of Michigan

Tbe Entry of Manned Manocuvrable Spacecraft into

Planetory AtmOspberes

PROF. B. ETKIN

Institute of Aerophysics, University of Toronto

Oetober 26th AfternooD 1.00 p.m. LUNCHEON Chairman

DR. J. J. GREEN

Olief Superintendent, Canadian Armament Research &

Development Establishment

Speaker DR. W. R. FRANKS

Professor, Booting & Best Dept. of Medica\ Research,

U niversity of T oronto

God's Image and Space Trll1lel

October 26th AfternoOD 2.30 p.m. TERRESTRlAL SPACE II

Chairman

011. P. A. LAPP

Chairman, Canadian Asttonautica! Society

Tbe Canadian Topside Sounder Satel/ite

DR. J. H. CHAPMAN Deputy Chief Superintendent,

Defence Research Telecommunications Establishment

Structural and Tbermal Design of tbe Topside Sounder Sate/lite

H. R. WAIl1lEN

Chief of Mechanica! Develop, Specia! Products Div.,

De Havilland Aircraft of Canada Ltd. and

JOHN MAa Satellite Design Section,

Defence Research Telecommunications Establishment

October 27th MornlDC 9.30 •• m. LUNAR SPACE

Chairmoo DR. J. F. HEARD Director, David Dunlap Obsetvatory

Current InterpretaUons of tbe Lunar Topograpby

DR. D. A. MAcRAE

Professor of Asttonomy, University of Toronto

Tbe NASA Progrll11l for Umnanned Erploration of tbe Moon

B. MILWITLKY,

Head, Lunar Flight Systems, NASA Headquarters

October 27th AfternooD 1.00 p.m. LUNCHEON Chairman

F. R. THlJllSTON

Director, Nationa! Aeronautica! Establishment Speaker

Dil. J. T. Wn.soN

Director, In5tÏtute of Earth Sciences,

University of Toronto

Tbe World of tbe I.G.Y.

October 27th ÁfternooD 2.30 p.m.

PLANETARY SPACE Chairman PROFESSOR I. I. Guss

Chairman, Astronautics Section, C.Al.

Atmospbere and Surface Conditions of Venus and Mars

DR. J. A. GIORDMAINE

BeU Telephone Laboratories, Murray Hili Scientific In'IJenigation of the Regions Beyond tbe Moan

R.e.MooRE Head, Planetary Sciences, Nationa! Aeronauties and Space Administration

October 26th EvenlDc 7.00 p.m.

DINNER OWrman

011. G. N. PATl'DSON

Dir.ctor, Institute of Aerophysics

Speaker DIL I. I. GLASS

Professor of Aeronautica! Engineering, Institute of Aerophysics

13. Ph. D. DEGREES GRANTED IN 1960-61 Student D. W. Boyer E. P. Muntz A. K. Sreekanth Undergraduate Training Physics (Melbourne)

Aero .. Eng. (Toronto)

Aero. Eng. (Bangalore)

14. M. A. Sc. DEGREES GRANTED IN 1961

A. B. Bailey Aero. Eng. (Bristol)

R. G. A. Chisholm Aero. Eng. (Toronto)

R. S. Crabbe Mech. Eng. (Queens)

M. Ivanocko Aero. Eng. (Toronto)

Research Area Blastwave Phenomena Plasmadynamics Rarefied Gas Flows

GEM

Subsonic Aerodynamics

MHD

Jet Noise

R. S. Rangi D. 1. C., Aero (ImperialCollege) Aerospace Dynamics

A. K. Rot:>erts Chem. Eng. (Toronto) Hypervelocity Gasdynamics

W. E. B. Roderick Aero. Eng. (Toronto) _{Aerodynamics of Jet Sheets}

R. E. Smith Aero. Eng. (Toronto Annular Jet Sheets

A. B. T. Soderquist Aero. Eng. (Toronto) _{Structural Mechanic s}

S. Molder Aero. Eng. (Toronto) Supersonic Flows

J. B. Carr Aero. Eng. (London) Structural Mechanics

K. Dau Eng. Phys. (U. B. C.) Sübsbnic Aerodynamics

J. H. Fine Aero. Eng. (Toronto Aerospace Dynamics

J. Liiva Aero. Eng. (Toronto) Flight Dynam ks

J.H. W. Lau -Aero. Eng. (Toronto) _{Hypervelocity Gasdynamics}

A. A. Sonin . Aero. Eng. (Toronto) _{Plasmadynamics}

R. C. Tennyson Aero. Eng. (Toronto) Structural Mechanic s

Research Supervisor Dr. I. 1. Glass Dr. J. H. deLeeuw Dr. G. N. Patterson Dr. G. K. Korbacher Prof. B. Etkin Dr. J. H. deLeeuw Dr. H. S. Ribner Prof. B. Etkin Dr.!.!. Glass Dr. G. K. Korbacher Dr. G. K. Korbacher Prof. E. D. Poppleton Dr. I. I. Glass Prof. E. D. Poppleton Prof. B. Etkin Prof. B. Etkin Prof. B. Etkin Dr. 1. 1. Glass Dr. J.H. deLeeuw ProL. E. D >.Poppleton

-

t-.:) -.]

--

-

- - -

-

-

-

- - - -

-

-

- -

--I

I

I

I

I

I

I

I

I

I

I

I

I

I

·

1

I

I

I

I

I' I I (28) 15. Ph. D. GRADUATES 1950-1961

With the establishment of the Annual Bulletin it will be possible to record the graduating Ph. D. classes from year to year. Composite photo-graphs of students, staff, and thesis research results have in the past been displayed on the walls of the UTIA Downsview site. These photographs are now reproduced below for the first time. In addition, the more recent Ph. D. classes which have not been recorded in this manner are also presented.

lli:tff!j

""'"

TMI IItftll""TlOIMor lil .~ ... r ... S .... ~OIWMr

"T .. tONT"'CT~UIIU.t:1 INTMI2'K"J"$1I!XI(

TUa.. 'p,!1~.~~1"'"~1~~

~ 0 ... G.No,':.~~~::SON INSTITU,.S OF ... IRO'MV'~.

11.

~raduaTi

ug

Ph.U

.

a

lass-1950

--FJiM-...~.

Tu WAve SYST (lOl GINIR"TIO IN TME WAVIE 'tlTfftACTlOHTUM

Insri-rut-e-

or

À~1-h,sics-~

'"""fï)

Univmit~

Qf

To-roUlO

". 6 •• 0. 1'.0 •• ''''15" I"'IlCfIIOSIiCOtolO$,..,-4.Sf

i~1 "LOW 0""" '" WfOOIl' ltol TM" MIGM

"'''CM WtlMerR. REOION IN Tilt z')(7'

SMOCK Tuat',

[\J

• co

-

---i

i

! I' r

PRHSUIlf INCP.E.\SE .\CROSS .. SOOCK "WAVE I)(ltCf[O "'ITM 0\ PtUO-EUCTlUC ~'Jr.\.

DR. G. N. Nt.'TTER5C:tI DlUCTOJl lM$11T'UTl. Of .u1tOPM'r'lICt

PWOlOGUP~ Of SO'USOHIC F\.IWI IN 11.1E

'IWORKING 5(C'l1ON lAl/lH AIOUT 1.5 5[caall'S

AFTU. RlWt\,IIllMG TUl OI~

OI'FIQAL ClfIlNN6 Of' 1": INsmvTt til ~S lT tIOWM$'M.... .... .. 1I0I0' ON SU'tu.etll U. Me)

~radua'til\g

t'h.D

Class

195.1

I

nsrt'tut"Q

<2f

Aerop~S1CS

t

u

nl\Jmlt~ ~

Toronto

-

qIf~~.

r=r-LI

-

I·

~

;

!\

'"-I / .. -/\>,~ ,.,. - I / ';. - - / 1 , 'l., ' -~:#l~~~~, _{. ..}

C\lA.NGE. Of' tNlROV'f llIQ01.JC;W .. .sNOCK

,.aow, A' .... ,.1.05. "",- HO : ~.~. \4 .. 1

CA;)

o

-( 31)

I

I

I

I

I

.

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

( 32)

I

I

I

f

~

I

~ ~ !

~

~; ~, ~~ Ot .~

-I

li

~~

I

I

I

I

I

I

I

I

I

I

I

I

I

, 'I

•

~

\II

I _ /, , ! (33)

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

(34) J. H. DELEEUW 1958

(35)

W. A. MARTIN

INTERFEROGRAM, SCHLIEREN AND SHADOWGRAPH RECORDS SHOWING THE BOUNDARY-LAYER BUILT-UP BEHIND THE

INITIAL SHOCK WAVE. THE PHOTOGRAPHS ARE REPRODUCED 1958

1 1/2 TIMES FULL SCALE. (uw/ue

=

_{2.00, P 21}

=

_{2.75, P 1}

=

300 mmo Hg.)

THE ARROWS INDICATE THE BEGINNING OF TRANSITION.

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

(36) H. F. WALDRON 1958

SHOCK WAVE ATTENUATION--COMPARISON OF METHODS OF IGNITION WITH A COLD RUN

I.

o

·~~a==+=n

_I

COLn RUN

OB~----~---+---+---~---~----~~--~

CQD RUN R = 5 mm.Hg.

Wil ot(d=II')=9.1 ATTENUö.TIO\J 0.8% I FT.

COMBUSTION RUNS PI = 25 mmo Hg.

p~(~)= 20PSI. ~'(Hi = 40 PSI, p~(He) = 115 PSI

0.7 I---~

CONSTANT VOLUME BURNING

W,,01(d=II')=9.7 ATTENUATiO'J 1.3%/FT.

SELF - IGNITION

0.61---~

Wil al (d = 11') = 7.8 ATTENUö.TIO\J 2.5 % IFT.

SrnRK IGNITICN

Wil al (d = 11 ') = 13.0 ATTENUATION 3.2 ''>/o/FT

12 13 14 15 16 17 18

(37) E. L. HARRIS ... , <>r;:::==r::::::==r::::::;-0·9 o·a 4 boosters S,=0'55 p. = 2·6p. Hg

x,

= 0'6S" - --+--experiment - - Eq·2·26 0'7!--====t==

=+==--w

O'6

t

1 1

,

t-I 1 1

,

I-!

,

I + 1 I

,

I 1 I I I-« 1 -I (l. 0 0'5 I--I « ~ 0-4 0 z en w 0·3 :r ( J ~ 0·2 0·' 0 1 I r---~--~~---+ X=2t'~ I I t-I I I I ',0 _"2 t

_,

I I I 1 1 1 I I I ~ I I I I I I 1 I I I I

t

I I

t

,

,

,

,

,

tt

_{, u} , 11 , h I h 1-"

,

, I,

" 1 ' " I :-" I ' " 1 ' "

,

t "

, I '--+-1-" 1

,I

,

~ I • , 1 --+-1-, , I 1 1 2·4

THEORETICAL AND EXPERIMENTAL PROFILES OF ORIFICE-PROBE PRESSURE AT VARIOUS DISTANCES FROM THE LEADING EDGE OF A FLAT PLATE.

1959

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

N E ~ Cl)

!

_>. "0 N

8

Q Q) ~ Q) ~ ~ .Q "0 Q) > Q) ...J E :::J ~

-

CJ Q) Q, en Q) ~ ijl Cl) Q) ~ Q.. (38) L. N. WILSON 1959 100r---.---.---r---~ 90~---~~~~~~---r---_+---_4 80~---~----

---~~

70~---- ::~='~

-

--

--

-

-

T~\

-

-

--

-

-60~----

0 10,000

.1

-

_- 501---() 9,000 C> 8,000 [> 7,000 40~---~---4---30~---~---~---~---~ ·01 _{. I I f 0} 10 ₁₀₀ Strouhal Number. St= UO

NEAR FIELD NOISE SPECTRA GENERATED BY THE TURBULENT BOUNDARY LAYER ON A SPINNING CYLINDER. (from UTIA Report No. 57)

1000

,

I I I I

,

800

,

,

" .. SJ

..

~

_,

,

\ \ , ) ' 6CX) ",,' , ~, 200 2 ,-, 4 r (in.) (39) ,-, ,-, 6 , ,-,

"

,-, ,-8 D. W. BOYER 1960 , 10

THEORETICAL ( ) AND EXPERIMENTAL (---) WAVE

SYSTEM IN AIR FOLLOWING THE SHATTERING OF A 2" GLASS SPHERE AT 326 psi. UTIA Report No. 58.

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

(40) E.P. MUNTZ

BEAM , VOLTS

=

17.5 KV

CURRENT=25}1omps

EXPOSURE TIME 15 min

(0,0) BAND

\

BRANC.HES

NOZZLE

EXIT

POSITION

FILM USED TO OBTAIN TEMPERATURE PROFILE IN NITROGEN JET.

( 41)

A CYLINDRICAL MODEL MOUNTED ON THE DRAG BALANCE IN FRONT OF THE MACH 2 NOZZLE.

Po. K. SREEKANTH 1961

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

(44) Office.

During the decade following his graduation, Dr. Bitondo has achieved wide recognition for his many outstanging contribution in the fields of shock-tube flows, wave engines, nonstationary combustion processes, ramjets, rocket propulsion, hypersonic test vehicles, ballistic missiles, satellites, and reentry physics. He has published many papers in the classi-fied and unclassiclassi-fied research literature. He has also given several courses at U. C. L. A. and at Cal. Tech.

Dr. Bitondo is a member of the 1. A. S., Combustion Institute"

American Astronautical Society, and a founding member of the A. R. S. Dr. Bitondo is married to the former Delphine May DiCola, and has four children, Michael Leonard, 8, Annamarie, 6, David Louis, 5,

and Maris May, 3. They reside at 2228 Patrillo Rd. , Rolling Hills, Calif.,

(45)

BIOGRAPHICAL SKETCH of

Dr. Irvine lsrael Glass

Dr. 1. 1. Glass, born in 1918, began his career in aeronautics and astronautics with the Diploma in Aircraft Mechanics at Central Tech-nical School (Toronto, 1933-37) where he received the Alcock and Brown Trophy for heading the course. His course in Engineering Physics at the University of Toronto, which he began in 1938, was interrupted by service with the Royal Canadian Air Force. He attained the rank of Flight Lieu-tenant as aeronautical engineer and wireless air gunner. In 1945 he con-tinued the course in Engineering Physics and graduated in 1947 with honours. His education was climaxed (1950) with the doctorate in aeronautical engineer-ing and aerophysics which he completed in the minimum time of two years following one year on the M.A.Sc. degree. During the course of his training, Dr. Glass gained experience in aeronautical engineering and missile aero-dynamics in industry and government laboratories.

Dr. Glass' outstanding capability for research and design were recognized by the newly formed (1949) Institute of Aerophysics, Uni-versity of Toronto and he was invited to join the staff of this organization and work in association with Dr. G. N. Patterson, its director. His achievements

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

-I

I

(46)

in hyperso.nics and sho.ckwave pheno.mena have made him an internatio.nal figure in mo.dern gasdynamics in a very sho.rt time. He and his students have designed and develo.ped an o.utstanding labo.rato.ry in this field at the Institute o.f Aero.physics. Over a perio.d o.f nine years Dr. Glass has pub-lished o.ver thirty repo.rts and papers. In co.-autho.rship with Dr. J. G. Hall, he is respo.nsible fo.r the standard reference o.n sho.ck tubes which fo.rms Sectio.n 18 o.f Navord Repo.rt No.. 1488, spo.nso.red by the U. S. Navy.

Ho.no.urs have already been received by Dr. Glass. He be-came a fuU professo.r in the Institute of Aerophysics in 1960 and a Fellow of the Canadian Aeronautical Institute in 1961. In that same year he was made chairman o.f the Department o.f Aero.nautical Engineering and Aero.physics, Schoo.l o.f Graduate Studies, University of Toro.nto.. This department is one of the activities of the Institute of Aero.physics. He was also invited by the Academy o.f Sciences, U. S. S. R. to. lecture o.n high temperature gas flows and sho.ck wave pheno.mena at Mo.sco.w University and asso.ciated institutes.

Dr. Glass has a charming wife, the fo.rmer Ann Medres, and three equaUy charming daughters, Vivian, 15, Ruth, 13, and Susan, 8. Their ho.me is at 39 Evanston Dr., Do.wnsview, Ontario..