RISER3. Dynamic analysis of risers (summary)

Au­ tor w tym momencie publikacji przedstawia podstawowe informacje odnoszące się do eksplo­ atacji oraz sposobu konserwacji organów, co w przypadku tego właśnie

time-domain potential flow panel method for the seakeep- ing of high speed ships using a combined source-doublet formulation on the hull with a wake sheet extending from the

Then, as a counter-example to uniqueness in the range 0.5 < m < 1.0, Cosserat [12] showed for the circular domain, that a non-unique solution for the displacement boundary

Stack-losses of ammonia Y were measured in course of 21 days of operation of a plant for the oxidation of ammonia (NH3) to nitric acid (HNO 3 ).. Discuss the

We consider time-delay linear fractional dynamical systems with multiple, constant delays in the state described by a fractional differential equation with a retarded argument of

In a subsequent paper, we shall apply Theorem 3.1 in the proof of global (in time) existence of solution of the Cauchy problem for the nonlinear hyperbolic system of

As shown in Figure 6, the computed time histories of cross flow shear load at the riser bottom clearly displays both buoyancy can and riser VIV response. The computed time

results of two advanced fast nionohull concepts, the Enlarged Ship Concept and the Axe Bow Concept, in calm water and in irregular head seas are presented as a validation of