Канал: Vinay Goyal

Fireside Chat: Applications of Finite Elements to the Rapid Design of Structures with Sean Engelstad

Fireside Chat: Applications of Finite Elements to the Rapid Design of Structures with Sean Engelstad

#ABAQUS TUTORIALS: COMPOSITES MODULE 8B - Laminates versus Sandwich Structures: Buckling Performance

#ABAQUS TUTORIALS: COMPOSITES MODULE 8B - Laminates versus Sandwich Structures: Buckling Performance

#ABAQUS TUTORIALS: COMPOSITES MODULE 8A - Laminates versus Sandwich Structures: Bending

#ABAQUS TUTORIALS: COMPOSITES MODULE 8A - Laminates versus Sandwich Structures: Bending

#ABAQUS TUTORIALS: COMPOSITES MODULE 7 - Design Analyses of a Aircraft Wing Using Failure Indices

#ABAQUS TUTORIALS: COMPOSITES MODULE 7 - Design Analyses of a Aircraft Wing Using Failure Indices

#ABAQUS TUTORIALS: COMPOSITE MODULE 6 - ABD Matrix Implementation for Composites

#ABAQUS TUTORIALS: COMPOSITE MODULE 6 - ABD Matrix Implementation for Composites

#ABAQUS TUTORIALS: COMPOSITE MODULE 4 - FREE BODY DIAGRAM PLATE ELEMENTS: SECTION FORCES & MOMENTS

#ABAQUS TUTORIALS: COMPOSITE MODULE 4 - FREE BODY DIAGRAM PLATE ELEMENTS: SECTION FORCES & MOMENTS

#ABAQUS TUTORIALS: COMPOSITE MODULE 5 - POST-PROCESS PLY STRESSES & STRAINS FOR 2D & 3D COMPOSITES

#ABAQUS TUTORIALS: COMPOSITE MODULE 5 - POST-PROCESS PLY STRESSES & STRAINS FOR 2D & 3D COMPOSITES

#ABAQUS TUTORIALS: COMPOSITE MODULE 2 - MODELING 0-deg TEST, 90-deg TEST, AND 45-deg OFF-AXIS TEST

#ABAQUS TUTORIALS: COMPOSITE MODULE 2 - MODELING 0-deg TEST, 90-deg TEST, AND 45-deg OFF-AXIS TEST

#ABAQUS TUTORIALS: COMPOSITES MODULE 1 - MICROMECHANICS TO PREDICT PROPERTIES USING RVE

#ABAQUS TUTORIALS: COMPOSITES MODULE 1 - MICROMECHANICS TO PREDICT PROPERTIES USING RVE

#ABAQUS TUTORIALS: COMPOSITES MODULE 3- 3D EFFECTIVE PROPERTIES TO MODEL COMPOSITES

#ABAQUS TUTORIALS: COMPOSITES MODULE 3- 3D EFFECTIVE PROPERTIES TO MODEL COMPOSITES

Virtual Fireside Chat with World Renown Expert in Aerospace Failure Investigations: Mr. Thomas Brand

Finite Element Analysis - Fireside Chat with Angel Lopez: Accelerating Product Development

Finite Element Analysis - Fireside Chat with Angel Lopez: Accelerating Product Development

Finite Element Analysis: Fireside Chat with Chad Foerster on Personality Styles and Finite Elements

Finite Element Analysis: Fireside Chat with Chad Foerster on Personality Styles and Finite Elements

Finite Element Analysis: Fireside Chat with Daniel Mueller on the Value of FEA

Finite Element Analysis: Fireside Chat with Daniel Mueller on the Value of FEA

22E Advanced Strength of Materials - Fatigue Fracture (Paris Law)

22E Advanced Strength of Materials - Fatigue Fracture (Paris Law)

22D Advanced Strength of Materials - Fracture Prediction

22D Advanced Strength of Materials - Fracture Prediction

22C Advanced Strength of Materials - Failure Prediction Examples

22C Advanced Strength of Materials - Failure Prediction Examples

22B Advanced Strength of Materials - Fatigue Failure Theories

22B Advanced Strength of Materials - Fatigue Failure Theories

22A Advanced Strength of Materials - Strength Failure Theories

22A Advanced Strength of Materials - Strength Failure Theories

21D Advanced Strength of Materials - Castigliano's Method Applied to Beams

21D Advanced Strength of Materials - Castigliano's Method Applied to Beams

21C Advanced Strength of Materials - Castigliano's Method Applied to Trusses

21C Advanced Strength of Materials - Castigliano's Method Applied to Trusses

21B Advanced Strength of Materials - Castigliano's Method

21B Advanced Strength of Materials - Castigliano's Method

21A Advanced Strength of Materials - Introduction to Energy Methods

21A Advanced Strength of Materials - Introduction to Energy Methods

20O Advanced Strength of Materials - Composite Beam Example Problem

20O Advanced Strength of Materials - Composite Beam Example Problem

20N Advanced Strength of Materials - Composite Beams Theory

20N Advanced Strength of Materials - Composite Beams Theory

20M Advanced Strength of Materials - Beams with Unsymmetrical Cross Section Example Problem

20M Advanced Strength of Materials - Beams with Unsymmetrical Cross Section Example Problem

20L Advanced Strength of Materials - Beams with Unsymmetric Cross Section Theory

20L Advanced Strength of Materials - Beams with Unsymmetric Cross Section Theory

20K Advanced Strength of Materials - Beams with Unsymmetric Cross Section - Area Moment of Inertia

20K Advanced Strength of Materials - Beams with Unsymmetric Cross Section - Area Moment of Inertia

20J Advanced Strength of Materials - Beam with Unsymmetric Cross Section - Centroid Calculation

20J Advanced Strength of Materials - Beam with Unsymmetric Cross Section - Centroid Calculation

20D Advanced Strength of Materials - Beam Stress

20D Advanced Strength of Materials - Beam Stress

20C Advanced Strength of Materials - Superposition

20C Advanced Strength of Materials - Superposition

20B Advanced Strength of Materials - Beam Deflections

20B Advanced Strength of Materials - Beam Deflections

20A Advanced Strength of Materials - Euler Bernoulli Beam Theory

20A Advanced Strength of Materials - Euler Bernoulli Beam Theory

17E Advanced Elasticity: Curved Beam Problem Strength of Materials with Mrunmayi Mungekar

17E Advanced Elasticity: Curved Beam Problem Strength of Materials with Mrunmayi Mungekar

19H Advanced Elasticity: Torsion Problems Strength of Materials with Mrunmayi Mungekar Part II

19H Advanced Elasticity: Torsion Problems Strength of Materials with Mrunmayi Mungekar Part II

19G Advanced Elasticity: Torsion Problems Strength of Materials with Mrunmayi Mungekar Part I

19G Advanced Elasticity: Torsion Problems Strength of Materials with Mrunmayi Mungekar Part I

19F Advanced Elasticity - Torsion of Triangular Cross Section with Mathematica: Mrunmayi Mungekar

19F Advanced Elasticity - Torsion of Triangular Cross Section with Mathematica: Mrunmayi Mungekar

#ABAQUS Tutorial - Virtual Crack Closure for Predicting Bonded Joint Failure with Vishesh Kashyap II

#ABAQUS Tutorial - Virtual Crack Closure for Predicting Bonded Joint Failure with Vishesh Kashyap II

#ABAQUS Tutorials - Virtual Crack Closure for Predicting Bonded Joint Failure with Vishesh Kashyap I

#ABAQUS Tutorials - Virtual Crack Closure for Predicting Bonded Joint Failure with Vishesh Kashyap I

19E Advanced Strength of Materials - More Torsion Examples

19E Advanced Strength of Materials - More Torsion Examples

19D Advanced Strength of Materials - Torsion Helical Springs

19D Advanced Strength of Materials - Torsion Helical Springs

19C Advanced Strength of Materials - St Venant Torsion Theory Examples

19C Advanced Strength of Materials - St Venant Torsion Theory Examples

19B Advanced Strength of Materials - St Venant Torsion Theory Part II

19B Advanced Strength of Materials - St Venant Torsion Theory Part II

19A Advanced Strength of Materials - St Venant Torsion Theory Part I

19A Advanced Strength of Materials - St Venant Torsion Theory Part I

18D Advanced Strength of Materials - Contact Examples

18D Advanced Strength of Materials - Contact Examples

18C Advanced Strength of Materials - Cylinders in Contact

18C Advanced Strength of Materials - Cylinders in Contact

18B Advanced Strength of Materials - Spheres in Contact

18B Advanced Strength of Materials - Spheres in Contact

FT1 Advanced Strength of Materials - Von Mises Stress

FT1 Advanced Strength of Materials - Von Mises Stress

18A Advanced Strength of Materials - Spheres in Contact

18A Advanced Strength of Materials - Spheres in Contact

Advanced Aerospace Structures - Fracture Mechanics Finite Element Demonstration

Advanced Aerospace Structures - Fracture Mechanics Finite Element Demonstration

Advanced Aerospace Structures - NASGRO Tutorial for Fatigue Crack Growth Analysis

Advanced Aerospace Structures - NASGRO Tutorial for Fatigue Crack Growth Analysis

17D Advanced Strength of Materials - Examples to Curved Beam Problems

17D Advanced Strength of Materials - Examples to Curved Beam Problems

17C Advanced Strength of Materials - Winkler's Approach to Curved Beams

17C Advanced Strength of Materials - Winkler's Approach to Curved Beams

17B Advanced Strength of Materials - Alternative Elasticity Solution to Curved Beam Problem

17B Advanced Strength of Materials - Alternative Elasticity Solution to Curved Beam Problem

17A Advanced Strength of Materials - Curved Beam (Airy's Stress Function)

17A Advanced Strength of Materials - Curved Beam (Airy's Stress Function)

16F Advanced Strength of Materials - General Cases Stress Concentration

16F Advanced Strength of Materials - General Cases Stress Concentration

16E Advanced Strength of Materials - Combined Load Cases Plates with Hole

16E Advanced Strength of Materials - Combined Load Cases Plates with Hole

16D Advanced Strength of Materials - Uniaxial Stress Applied to a Plate with Hole

16D Advanced Strength of Materials - Uniaxial Stress Applied to a Plate with Hole

16B Advanced Strength of Materials - Equiaxial Stress of a Plate with Hole

16B Advanced Strength of Materials - Equiaxial Stress of a Plate with Hole

16C Advanced Strength of Materials - Uniaxial Case (No Hole)

16C Advanced Strength of Materials - Uniaxial Case (No Hole)

16A Advanced Strength of Materials - Stress Concentration Theory

16A Advanced Strength of Materials - Stress Concentration Theory

15C - Advanced Strength of Materials - Application of Airy's Stress Function to Thermoelasticity

15C - Advanced Strength of Materials - Application of Airy's Stress Function to Thermoelasticity

15B Advanced Strength of Materials - Examples of Application of Airy's Stress Function

15B Advanced Strength of Materials - Examples of Application of Airy's Stress Function

15A Advanced Strength of Materials - Airy's Stress Function

15A Advanced Strength of Materials - Airy's Stress Function

14 Advanced Strength of Materials - Failure Modes

14 Advanced Strength of Materials - Failure Modes

13 Advanced Strength of Materials - Thermoelasticity Problems

13 Advanced Strength of Materials - Thermoelasticity Problems

12C Advanced Strength of Materials - Examples of Rotating Members

12C Advanced Strength of Materials - Examples of Rotating Members

12B Advanced Strength of Materials - Design of Flywheels

12B Advanced Strength of Materials - Design of Flywheels

12A Advanced Strength of Materials - Rotating Disks

12A Advanced Strength of Materials - Rotating Disks

Abaqus Tutorials - Plate with a Hole Subjected to Biaxial Loads

Abaqus Tutorials - Plate with a Hole Subjected to Biaxial Loads

11B Advanced Strength of Materials - Pressure Vessels and Shrink Fit - Examples

11B Advanced Strength of Materials - Pressure Vessels and Shrink Fit - Examples

11A Advanced Strength of Materials - Pressure Vessels and Shrink Fit

11A Advanced Strength of Materials - Pressure Vessels and Shrink Fit

9.0 Advanced Strength of Materials - Solutions to 3D Problems

9.0 Advanced Strength of Materials - Solutions to 3D Problems

10.0 Advanced Strength Materials - Plane Stress / Plane Strain

10.0 Advanced Strength Materials - Plane Stress / Plane Strain

7.0 Advanced Strength of Materials - Stress-Strains Relationships

7.0 Advanced Strength of Materials - Stress-Strains Relationships

8.0 Advanced Strength of Materials - Summary of Equations and Methodology

8.0 Advanced Strength of Materials - Summary of Equations and Methodology

6G Advanced Strength of Materials- Example 3 Strains Mohr Circle

6G Advanced Strength of Materials- Example 3 Strains Mohr Circle

6.0F Advanced Strength of Materials - Example 2 Strains

6.0F Advanced Strength of Materials - Example 2 Strains

6.0E Advanced Strength of Materials - Example 1 Strains

6.0E Advanced Strength of Materials - Example 1 Strains

6A Advanced Strength of Materials - Concept of Strain and Deformations

6A Advanced Strength of Materials - Concept of Strain and Deformations

5B Advanced Strength of Materials - 3D Stress Transformation

5B Advanced Strength of Materials - 3D Stress Transformation

6B Advanced Strength Materials - Examples of Strain Concept

6B Advanced Strength Materials - Examples of Strain Concept

6C Advanced Strength of Materials - Application Example of Calculating Principal Strains

6C Advanced Strength of Materials - Application Example of Calculating Principal Strains

#Abaqus Tutorials- Simple Structural Analysis of Aircraft Fuselage Window Cutout

#Abaqus Tutorials- Simple Structural Analysis of Aircraft Fuselage Window Cutout

4.0 Advanced Strength of Materials - Equilibrium Equations of Elasticity

4.0 Advanced Strength of Materials - Equilibrium Equations of Elasticity

5.0A Advanced Strength of Materials - 2D Transformation

5.0A Advanced Strength of Materials - 2D Transformation

3.0 Advanced Strength of Materials - Principal Stresses

3.0 Advanced Strength of Materials - Principal Stresses

2.0 Advanced Strength of Materials - Concept of Stress

2.0 Advanced Strength of Materials - Concept of Stress

1.0 Advanced Strength of Materials - Motivation

1.0 Advanced Strength of Materials - Motivation

0.0 Advanced Strength of Materials - Course Overview

0.0 Advanced Strength of Materials - Course Overview

#ABAQUS TUTORIALS - Uncoupled Thermal-Structural Analysis: Pavement Cracking

#ABAQUS TUTORIALS - Uncoupled Thermal-Structural Analysis: Pavement Cracking

ABAQUS TUTORIALS - MODELING FRACTURE USING DECOHESION COHESIVE ELEMENTS COH3D8

ABAQUS TUTORIALS - MODELING FRACTURE USING DECOHESION COHESIVE ELEMENTS COH3D8

#ABAQUS TUTORIALS: Vibration-Dynamic Simulation of Basketball Hoop Subject to NBA Shaq Style Dunk

#ABAQUS TUTORIALS: Vibration-Dynamic Simulation of Basketball Hoop Subject to NBA Shaq Style Dunk

FEA Lecture 0-2 (Video) Syllabus, Introduction, Springs

FEA Lecture 0-2 (Video) Syllabus, Introduction, Springs

FEA Lecture 4 (video) Boundary Value Problems

FEA Lecture 4 (video) Boundary Value Problems

FEA Lecture 2-3 (Video) Springs and Trusses

FEA Lecture 2-3 (Video) Springs and Trusses

FEA Lecture 16 (Video) 2D FEM Formulation Heat Transfer

FEA Lecture 16 (Video) 2D FEM Formulation Heat Transfer

FEA Lecture 15 (Video) Modal Dynamic Analysis

FEA Lecture 15 (Video) Modal Dynamic Analysis

FEA Lecture 14 (video) 1D Transient Solid Mechanics

FEA Lecture 14 (video) 1D Transient Solid Mechanics

FEA Lecture 13 (Video) 1D Transient Problems Heat Conduction

FEA Lecture 13 (Video) 1D Transient Problems Heat Conduction

FEA Lecture 12 (Video) 12.0 1D FEM Beam Timoshenko

FEA Lecture 12 (Video) 12.0 1D FEM Beam Timoshenko

FEA Lecture 11 (Video) 1D FEM Euler Bernoulli Beam.pdf

FEA Lecture 11 (Video) 1D FEM Euler Bernoulli Beam.pdf

FEA Lecture 10 (Video) 1D FEM Isoparametric Formulation

FEA Lecture 10 (Video) 1D FEM Isoparametric Formulation

FEA Lecture 9 (video) 1D FEM Higher Order Interpolation

FEA Lecture 9 (video) 1D FEM Higher Order Interpolation

FEA Lecture 21 (video) Practical Considerations - Nonlinear Analysis - Fracture Mechanics

FEA Lecture 21 (video) Practical Considerations - Nonlinear Analysis - Fracture Mechanics

FEA Lecture 7 (Video) Approximation Method R-R

FEA Lecture 7 (Video) Approximation Method R-R

FEA Lecture 8 (Video) 1D FEM Bars Linear Interpolation

FEA Lecture 8 (Video) 1D FEM Bars Linear Interpolation

FEA Lecture 17 (Video) 2D FEM Heat Transfer Isoparametric Elements

FEA Lecture 17 (Video) 2D FEM Heat Transfer Isoparametric Elements

FEA Lecture 18 (Video) 3D/2D FEM Plane Stress, Plane Strain

FEA Lecture 18 (Video) 3D/2D FEM Plane Stress, Plane Strain

FEA Lecture 19 (Video) Axisymmetric Elements and Shell Elements

FEA Lecture 19 (Video) Axisymmetric Elements and Shell Elements

FEA Lecture 20 (video) Special Topics Buckling

FEA Lecture 20 (video) Special Topics Buckling

FEA Lecture 6 (Video) Approximation Methods WFG

FEA Lecture 6 (Video) Approximation Methods WFG

FEA Lecture 5 (video) Approximation Method SFG

FEA Lecture 5 (video) Approximation Method SFG

#ABAQUS TUTORIALS: HEAT TRANSFER ANALYSIS OF A COOLING CHANNEL

#ABAQUS TUTORIALS: HEAT TRANSFER ANALYSIS OF A COOLING CHANNEL

#ABAQUS TUTORIALS: Fickian Moisture Difussion in Composite Materials

#ABAQUS TUTORIALS: Fickian Moisture Difussion in Composite Materials

#ABAQUS Tutorials: 3D Cantilevered Beams versus 1D Beam

#ABAQUS Tutorials: 3D Cantilevered Beams versus 1D Beam

#ABAQUS TUTORIALS : HEAT SINK HEAT TRANSFER ANALYSIS

#ABAQUS TUTORIALS : HEAT SINK HEAT TRANSFER ANALYSIS

#ABAQUS TUTORIALS: Three point and Four Point Bend Composite Sandwich Structures Modeling

#ABAQUS TUTORIALS: Three point and Four Point Bend Composite Sandwich Structures Modeling

#ABAQUS TUTORIALS - Aircraft Crashworthiness Assessment Finite Element Analysis

#ABAQUS TUTORIALS - Aircraft Crashworthiness Assessment Finite Element Analysis

#ABAQUS TUTORIALS - Fatigue Analysis Approch of an Aircraft Wheel

#ABAQUS TUTORIALS - Fatigue Analysis Approch of an Aircraft Wheel

Finite Element Methods: Lecture 21C- Special Topics: Fracture Mechanics

Finite Element Methods: Lecture 21C- Special Topics: Fracture Mechanics

Finite Element Methods: Lecture 21B - Special Topics: Nonlinear Finite Element Analysis

Finite Element Methods: Lecture 21B - Special Topics: Nonlinear Finite Element Analysis

Finite Element Methods: Lecture 21A - Special Topics: Sources of Errors

Finite Element Methods: Lecture 21A - Special Topics: Sources of Errors

Finite Element Methods: Lecture 20 - Buckling

Finite Element Methods: Lecture 20 - Buckling

Finite Element Methods: Distinguished Speaker Series - Dr. Ivatury Raju "FEA Lessons in Aerospace"

Finite Element Methods: Distinguished Speaker Series - Dr. Ivatury Raju "FEA Lessons in Aerospace"

Finite Element Methods: Lecture 19B - Composite Shell Element Formulation

Finite Element Methods: Lecture 19B - Composite Shell Element Formulation

Finite Element Methods: Lecture 19A - Axisymmetric Element Formulation

Finite Element Methods: Lecture 19A - Axisymmetric Element Formulation

#ABAQUS TUTORIALS: Launch Vehicle Sizing Hold Down Pins for Ground Loads

#ABAQUS TUTORIALS: Launch Vehicle Sizing Hold Down Pins for Ground Loads

#ABAQUS TUTORIALS: Launch Vehicle Subjected to Ground Seismic Motion

#ABAQUS TUTORIALS: Launch Vehicle Subjected to Ground Seismic Motion

#ABAQUS TUTORIALS: Launch Vehicle Subjected to Gust Ground Wind - Modal Dynamics

#ABAQUS TUTORIALS: Launch Vehicle Subjected to Gust Ground Wind - Modal Dynamics

#ABAQUS TUTORIALS: Launch Vehicle Subjected to On-Pad Ground Winds

#ABAQUS TUTORIALS: Launch Vehicle Subjected to On-Pad Ground Winds

#ABAQUS TUTORIALS: Launch Vehicle Frequency and Modeshape Extraction

#ABAQUS TUTORIALS: Launch Vehicle Frequency and Modeshape Extraction

Finite Element Method: Lecture 18A - 3D Element Formulation for Solid Mechanics

Finite Element Method: Lecture 18A - 3D Element Formulation for Solid Mechanics

Finite Element Methods: Lecture 18D - Element Performance and Quality Checks for FEM Problems

Finite Element Methods: Lecture 18D - Element Performance and Quality Checks for FEM Problems

Finite Element Methods: Lecture 18C - 2D Finite Elements Solid Mechanics Example

Finite Element Methods: Lecture 18C - 2D Finite Elements Solid Mechanics Example

Finite Element Method: Lecture 18B - 2D Plane Strain and Plane Stress Element Formulations

Finite Element Method: Lecture 18B - 2D Plane Strain and Plane Stress Element Formulations

Finite Element Method: Lecture 17E - 2D Heat Transfer Isoparametric Element Example Problem

Finite Element Method: Lecture 17E - 2D Heat Transfer Isoparametric Element Example Problem

Finite Element Method: Lecture 17B - 2D Isoparametric Linear Triangular Element

Finite Element Method: Lecture 17B - 2D Isoparametric Linear Triangular Element

Finite Element Method: Lecture 17D - 2D Isoparametric Second Order Quadrilateral Element

Finite Element Method: Lecture 17D - 2D Isoparametric Second Order Quadrilateral Element

Finite Element Method: Lecture 17C - 2D Isoparametric Second Order Triangular Element

Finite Element Method: Lecture 17C - 2D Isoparametric Second Order Triangular Element

Finite Element Method: Lecture 17A - 2D Isoparametric Quadrilateral Bilinear Element

Finite Element Method: Lecture 17A - 2D Isoparametric Quadrilateral Bilinear Element

Finite Element Method: Lecture 16 - 2D FEM Formulation of Transient Heat Transfer Problems

Finite Element Method: Lecture 16 - 2D FEM Formulation of Transient Heat Transfer Problems

#ABAQUS TUTORIALS - Direct Time Integration vs. Modal Dynamics: Composite Wing Under a Gust Load

#ABAQUS TUTORIALS - Direct Time Integration vs. Modal Dynamics: Composite Wing Under a Gust Load

Finite Element Methods: Lecture 14B - 1D Transient Advection Diffusion Tutorial Problem

Finite Element Methods: Lecture 14B - 1D Transient Advection Diffusion Tutorial Problem

Finite Element Methods: Guest Speaker Series with Dan Mueller

Finite Element Methods: Guest Speaker Series with Dan Mueller

#ABAQUS Tutorials - Nonuniform Pressure Application Over Wing Surface

#ABAQUS Tutorials - Nonuniform Pressure Application Over Wing Surface

#ABAQUS Tutorials - Frequency and Modeshape Extraction of a Pre-stressed Composite Wing

#ABAQUS Tutorials - Frequency and Modeshape Extraction of a Pre-stressed Composite Wing

#ABAQUS Tutorials - Composite Wing Frequency and Modeshape Extraction

#ABAQUS Tutorials - Composite Wing Frequency and Modeshape Extraction

Finite Element Methods: Lecture 15B - Modal Transient Analysis

Finite Element Methods: Lecture 15B - Modal Transient Analysis

Finite Element Methods: Lecture 15A - Modeshapes and Frequency - Dynamic Characterization

Finite Element Methods: Lecture 15A - Modeshapes and Frequency - Dynamic Characterization

Finite Element Methods: Lecture 14 - 1D FEM Transient Solid Mechanics

Finite Element Methods: Lecture 14 - 1D FEM Transient Solid Mechanics

#ABAQUS TUTORIALS: COMPOSITE WING DESIGN - PART IV - FINITE ELEMENT MODEL

#ABAQUS TUTORIALS: COMPOSITE WING DESIGN - PART IV - FINITE ELEMENT MODEL

#ABAQUS TUTORIALS: COMPOSITE WING DESIGN - PART III - CAD MODEL AND SCRIPTING

#ABAQUS TUTORIALS: COMPOSITE WING DESIGN - PART III - CAD MODEL AND SCRIPTING

#ABAQUS TUTORIALS: COMPOSITE WING DESIGN - PART II - PROBLEM DESCRIPTION

#ABAQUS TUTORIALS: COMPOSITE WING DESIGN - PART II - PROBLEM DESCRIPTION

#ABAQUS TUTORIAL: COMPOSITE WING DESIGN - PART I - THEORY

#ABAQUS TUTORIAL: COMPOSITE WING DESIGN - PART I - THEORY

Mechanics of Composite Materials: Lecture 11 - Application of Failure Theories to a Design Problem

Mechanics of Composite Materials: Lecture 11 - Application of Failure Theories to a Design Problem

Finite Element Methods: Lecture 12 - 1D Timoshenko Beam Element Formulation

Finite Element Methods: Lecture 12 - 1D Timoshenko Beam Element Formulation

Finite Element Method: Lecture 13 - Transient Heat Transfer Analysis

Finite Element Method: Lecture 13 - Transient Heat Transfer Analysis

Finite Element Methods: Lecture 10C - 1D FEM Isoparametric Advection-Diffusion Element Example

Finite Element Methods: Lecture 10C - 1D FEM Isoparametric Advection-Diffusion Element Example

#Abaqus Tutorials: Heat Transfer of a Tube Under Hot Gas and Active Cooling (Convection/Conduction)

#Abaqus Tutorials: Heat Transfer of a Tube Under Hot Gas and Active Cooling (Convection/Conduction)

Finite Element Method: Distinguished Speaker Series - FEM in the Design Process with Chad Foerster

Finite Element Method: Distinguished Speaker Series - FEM in the Design Process with Chad Foerster

Finite Element Method: Lecture 11 - 1D Euler Beam Element Formulation

Finite Element Method: Lecture 11 - 1D Euler Beam Element Formulation

Finite Element Method: Lecture 10A - 1D FEM Isoparametric Formulation

Finite Element Method: Lecture 10A - 1D FEM Isoparametric Formulation

Finite Element Method: Lecture 10B - 1D FEM Isoparametric Formulation / Numerical Integration

Finite Element Method: Lecture 10B - 1D FEM Isoparametric Formulation / Numerical Integration

Finite Element Method: Lecture 9C Advection-Convection 1D Higher Order FEM Example

Finite Element Method: Lecture 9C Advection-Convection 1D Higher Order FEM Example

Finite Element Method: Speaker Series with Scott Lee - Practical FEM Postprocessing with FEMAP

Finite Element Method: Speaker Series with Scott Lee - Practical FEM Postprocessing with FEMAP

Finite Element Method: Lecture 9A - Higher Order Interpolation 1D Elastic Bar

Finite Element Method: Lecture 9A - Higher Order Interpolation 1D Elastic Bar

Finite Element Method: Lecture 9B - Higher Order Interpolation Application to 1D Heat Transfer

Finite Element Method: Lecture 9B - Higher Order Interpolation Application to 1D Heat Transfer

#ABAQUS tutorial: Finite Element Thermal-Electric Coupled Analysis of a Microprocessor

#ABAQUS tutorial: Finite Element Thermal-Electric Coupled Analysis of a Microprocessor

Finite Element Method: Lecture 6B - Weak Form Galerkin Example Advection-Diffusion Equation

Finite Element Method: Lecture 6B - Weak Form Galerkin Example Advection-Diffusion Equation

Finite Element Method: Lecture 5B - Strong Form Galerkin Advection/Diffusion Example

Finite Element Method: Lecture 5B - Strong Form Galerkin Advection/Diffusion Example

Finite Element Method: Lecture 8 - 1D Elastic Bar Finite Element Formulation

Finite Element Method: Lecture 8 - 1D Elastic Bar Finite Element Formulation

#ABAQUS Tutorials: Thickness of a Reflector Dish Under Gravity and Wind Load

#ABAQUS Tutorials: Thickness of a Reflector Dish Under Gravity and Wind Load

Finite Element Method: Lecture 7 - Rayleigh Ritz Approximation Method

Finite Element Method: Lecture 7 - Rayleigh Ritz Approximation Method

Finite Element Method: Lecture 6A - Weak Form Galerkin Approximation Method

Finite Element Method: Lecture 6A - Weak Form Galerkin Approximation Method

Finite Element Method: Lecture 5A - Strong Form Galerkin

Finite Element Method: Lecture 5A - Strong Form Galerkin

#ABAQUS Tutorials - Metal Pressure Vessel With End Spherical Caps

#ABAQUS Tutorials - Metal Pressure Vessel With End Spherical Caps

#ABAQUS Tutorials - Shaft Under Torsion: Modeling Coupling and Tie

#ABAQUS Tutorials - Shaft Under Torsion: Modeling Coupling and Tie

Finite Element Method: Lecture 4 - Boundary Value Problems Heat Transfer and Solid Mechanics

Finite Element Method: Lecture 4 - Boundary Value Problems Heat Transfer and Solid Mechanics

Finite Element Method: Lecture 2E - Springs Abaqus Tutorial Part II

Finite Element Method: Lecture 2E - Springs Abaqus Tutorial Part II

Finite Element Method: Lecture 3C - Trusses #ABAQUS Tutorials

Finite Element Method: Lecture 3C - Trusses #ABAQUS Tutorials

Finite Element Method: Lecture 3B - Truss Example Problem

Finite Element Method: Lecture 3B - Truss Example Problem

Finite Element Method: Lecture 2C - Example of Springs Elements

Finite Element Method: Lecture 2C - Example of Springs Elements

Finite Element Method: Lecture 2D - #ABAQUS Tutorial Spring Elements

Finite Element Method: Lecture 2D - #ABAQUS Tutorial Spring Elements

#ABAQUS Tutorials - An Overview of Abaqus

#ABAQUS Tutorials - An Overview of Abaqus

Finite Element Method: Lecture 3A - Trusses

Finite Element Method: Lecture 3A - Trusses

Mechanics of Composites Materials: Considerations in the Use of Composites

Mechanics of Composites Materials: Considerations in the Use of Composites

Finite Element Method: Lecture 1 - History & Motivation

Finite Element Method: Lecture 1 - History & Motivation

Finite Element Method: Lecture 2B - Springs Energy Method

Finite Element Method: Lecture 2B - Springs Energy Method

Finite Element Method: Lecture 2A - Springs Equilibrium Approach

Finite Element Method: Lecture 2A - Springs Equilibrium Approach

Finite Element Method: Lecture 0- Course Overview

Finite Element Method: Lecture 0- Course Overview

Advanced Aerospace Structures: Lecture 9: Vented and Unvented Honeycomb Sandwich Construction

Advanced Aerospace Structures: Lecture 9: Vented and Unvented Honeycomb Sandwich Construction

Advanced Composite Manufacturing Methods and Design Guidelines

Advanced Composite Manufacturing Methods and Design Guidelines

Mechanics of Composite Materials: Lecture 3B - Determining Effective Engineering Constants (Example)

Mechanics of Composite Materials: Lecture 3B - Determining Effective Engineering Constants (Example)

Mechanics of Composite Materials - Lecture 2G: Examples

Mechanics of Composite Materials - Lecture 2G: Examples

Mechanics of Composite Materials: Lecture 2F- Material Characterization

Mechanics of Composite Materials: Lecture 2F- Material Characterization

Advanced Aerospace Structures: Lecture 7- Bellows

Advanced Aerospace Structures: Lecture 7- Bellows

Mechanics of Composite Materials - Lecture 2E: Stress, Strain, Constitutive Law

Mechanics of Composite Materials - Lecture 2E: Stress, Strain, Constitutive Law

Advanced Aerospace Structures: Lecture 5 - Stress Concentrations

Advanced Aerospace Structures: Lecture 5 - Stress Concentrations

Mechanics of Composite Materials: Lecture 2D - Intro, Materials, Manufacture and Micromechanics

Mechanics of Composite Materials: Lecture 2D - Intro, Materials, Manufacture and Micromechanics