Process modelling and simulation with finite element methods
Zimmerman, William B. J.
Process modelling and simulation with finite element methods William B. J. Zimmerman - [1st?] ed. - New Jersey World Scientific - xii, 382 p. il. byn, gráficos - Stability, vibration and control of systems .Series A 15 . - Guran, Ardéshir Cloud, M. .
Resúmenes y referencias bibliográficas, al final de cada capítulo
Introduction to FEMLAB FEMLAB and the basics of numerical analysis Partial differential equations and the finite element method Multiphysics Extended multiphysics Simulation and nonlinear dynamics Geometric continuation Coupling variables revisited : inverse problems, line integral equations, and integrodifferential equations Modelling of multiphase flow using the level set method Electrokinetic flow A MATLAB/FEMLAB primer for vector calculus [Appendix]
9812387935
TECNOLOGíA AERONÁUTICA
Ingeniería aeronáutica Estructuras aeronáuticas III
Process modelling and simulation with finite element methods William B. J. Zimmerman - [1st?] ed. - New Jersey World Scientific - xii, 382 p. il. byn, gráficos - Stability, vibration and control of systems .Series A 15 . - Guran, Ardéshir Cloud, M. .
Resúmenes y referencias bibliográficas, al final de cada capítulo
Introduction to FEMLAB FEMLAB and the basics of numerical analysis Partial differential equations and the finite element method Multiphysics Extended multiphysics Simulation and nonlinear dynamics Geometric continuation Coupling variables revisited : inverse problems, line integral equations, and integrodifferential equations Modelling of multiphase flow using the level set method Electrokinetic flow A MATLAB/FEMLAB primer for vector calculus [Appendix]
9812387935
TECNOLOGíA AERONÁUTICA
Ingeniería aeronáutica Estructuras aeronáuticas III