Finite Element Procedures for Solids and Structures Analysis MIT | D7C986A2E75234BE101C636EC341878AE83F6F53

Finite Element Procedures for Solids and Structures Analysis MIT

Name	Finite.Element.Procedures.for.Solids.and.Structures.Analysis@MIT	DOWNLOAD Copy Link Trouble downloading? see How To
Total Size	4.1 GB
Total Files	34
Hash	D7C986A2E75234BE101C636EC341878AE83F6F53

/Finite.Element.Procedures.for.Solids.and.Structures.NonLinear.Analysis@MIT/
Lecture 22 Demonstration using ADINA - nonlinear analysis.mp4	71.8 MB
Lecture 8 2-node truss element - updated Lagrangian formulation.mp4	73.9 MB
Lecture 9 2-node truss element - total Lagrangian formulation.mp4	81.2 MB
Lecture 21 Demonstration using ADINA - linear analysis.mp4	83.5 MB
Lecture 15 Elastic Constitutive Relations in T. L. Formulation.mp4	88.2 MB
Lecture 6 Formulation of finite element matrices.mp4	101.3 MB
Lecture 11 Solution of Nonlinear Static FE Equations II.mp4	102.7 MB
Lecture 1 Introduction to nonlinear analysis.mp4	103.1 MB
Lecture 12 Demonstrative example solutions in static analysis.mp4	103.2 MB
Lecture 18 Modeling of elasto-plastic and creep response II.mp4	107.4 MB
Lecture 16 Elastic Constitutive Relations in U. L. Formulation.mp4	109.1 MB
Lecture 13 Solution of nonlinear dynamic response I.mp4	109.7 MB
Lecture 4 Total Lagrangian formulation - incremental analysis.mp4	110.7 MB
Lecture 19 Beam, plate, and shell elements I.mp4	115.2 MB
Lecture 5 Updated Lagrangian formulation - incremental analysis.mp4	115.2 MB
Lecture 7 2D & 3D solid elements plane stress strain conditions.mp4	122.6 MB
Lecture 10 Solution of Nonlinear Static FE Equations I.mp4	148.3 MB
Lecture 2 Basic considerations in nonlinear analysis.mp4	151.1 MB
Lecture 17 Modeling of elasto-plastic and creep response I.mp4	163.2 MB
Lecture 3 Lagrangian continuum mechanics variables for analysis.mp4	179.9 MB
Lecture 14 Solution of nonlinear dynamic response II.mp4	188.9 MB
Lecture 20 Beam, plate, and shell elements II.mp4	200.6 MB
/Finite.Element.Procedures.for.Solids.and.Structures.Linear.Analysis@MIT/
Lecture 1 Some basic concepts of engineering analysis.mp4	103.2 MB
Lecture 8 Numerical integrations, modeling considerations.mp4	104.1 MB
Lecture 11 Mode superposition analysis; time history.mp4	106.8 MB
Lecture7 Formulation of structural elements.mp4	117.2 MB
Lecture 4 Generalized coordinate finite element models.mp4	126.4 MB
Lecture 10 Solution of equilibrium equations in dynamic analysis.mp4	126.7 MB
Lecture 5 Implementation of Methods in Computer Programs.mp4	127.2 MB
Lecture 6 Formulation and calculation of isoparametric models.mp4	127.5 MB
Lecture 3 The displacement-based finite element method.mp4	130.1 MB
Lecture 12 Solution methods for frequencies and mode shapes.mp4	130.4 MB
Lecture 2 Analysis of continuous systems.mp4	133.9 MB
Lecture 9 Solution of equilibrium equations in static analysis.mp4	133.9 MB
Total files 34