About 3pcmodule006

This module presents comprehensive treatment of analyses of laminated composite plates by discussing various linear and nonlinear, classical, higher-order transverse shear deformable and classical laminated plate theories. More than 700 slides provide key expressions for internal and external virtual work, the strain-displacement relations, constitutive laws, equilibrium equations and associated boundary conditions are presented in concise manner along with many numerical examples  illustrating the effects of anisotropy on the bending, buckling and free vibrations of rectangular and non-rectangular  laminated composite  plates. The video shows an extended preview of the 3pcmodule006. Download a Full Preview at

https://drive.google.com/file/d/1ncmTIZCFuFTpdZs7n95Iep-TkOMkQqVY/view?usp=drive_link 

ISBN:  979-8-89342-900-8 

This is a first level course in “Finite Element Methods”  for students in engineering and for the mid-to-entry level engineering professionals across many industries who are using finite element analysis tools as part of their daily work to design, analyze and optimize various products. The video provides a complete preview of the 3pcmodule098 

This is a first level course in  “Structural Dynamics"  for students in engineering and for the mid-to-entry level engineering professionals across many industries engaged in design, analysis, testing and optimization of various industrial products to meet structural vibrations requirements.  The video provides a complete preview of the 3pcmodule099

ISBN:  979-8-89298-184-2