08:08
Finite Element Analysis of Aerospace Structures: Module 6 - Drone Analysis Using Ansys
07:12
Finite Element Analysis of Aerospace Structures: Module 5 - Wing Analysis Using Ansys
06:33
Finite Element Analysis of Aerospace Structures: Module 4 - Valve Analysis Using Ansys
40:03
Fireside Chat with Mr. Scott Lee: Multifunctional Systems in Aircraft Nacelles - Acoustic Supression
08:16
Finite Element Analysis of Aerospace Structures: Module 3 - Aircraft Fuselage Using Ansys
06:26
Finite Element Analysis of Aerospace Structures: Module 2 - Accelerations
12:31
Finite Element Analysis of Aerospace Structures: Module 1 - Stress Concentrations
18:26
Fireside Chat: Applications of Finite Elements to the Rapid Design of Structures with Sean Engelstad
14:06
#ABAQUS TUTORIALS: COMPOSITES MODULE 8B - Laminates versus Sandwich Structures: Buckling Performance
22:04
#ABAQUS TUTORIALS: COMPOSITES MODULE 8A - Laminates versus Sandwich Structures: Bending
34:18
#ABAQUS TUTORIALS: COMPOSITES MODULE 7 - Design Analyses of a Aircraft Wing Using Failure Indices
30:03
#ABAQUS TUTORIALS: COMPOSITE MODULE 6 - ABD Matrix Implementation for Composites
49:39
#ABAQUS TUTORIALS: COMPOSITE MODULE 4 - FREE BODY DIAGRAM PLATE ELEMENTS: SECTION FORCES & MOMENTS
11:38
#ABAQUS TUTORIALS: COMPOSITE MODULE 5 - POST-PROCESS PLY STRESSES & STRAINS FOR 2D & 3D COMPOSITES
29:55
#ABAQUS TUTORIALS: COMPOSITE MODULE 2 - MODELING 0-deg TEST, 90-deg TEST, AND 45-deg OFF-AXIS TEST
50:30
#ABAQUS TUTORIALS: COMPOSITES MODULE 1 - MICROMECHANICS TO PREDICT PROPERTIES USING RVE
01:06:09
#ABAQUS TUTORIALS: COMPOSITES MODULE 3- 3D EFFECTIVE PROPERTIES TO MODEL COMPOSITES
59:50
Virtual Fireside Chat with World Renown Expert in Aerospace Failure Investigations: Mr. Thomas Brand
42:45
Finite Element Analysis - Fireside Chat with Angel Lopez: Accelerating Product Development
44:36
Finite Element Analysis: Fireside Chat with Chad Foerster on Personality Styles and Finite Elements
36:46
Finite Element Analysis: Fireside Chat with Daniel Mueller on the Value of FEA
03:20
22E Advanced Strength of Materials - Fatigue Fracture (Paris Law)
12:41
22D Advanced Strength of Materials - Fracture Prediction
23:23
22C Advanced Strength of Materials - Failure Prediction Examples
14:12
22B Advanced Strength of Materials - Fatigue Failure Theories
15:42
22A Advanced Strength of Materials - Strength Failure Theories
19:57
21D Advanced Strength of Materials - Castigliano's Method Applied to Beams
12:33
21C Advanced Strength of Materials - Castigliano's Method Applied to Trusses
04:57
21B Advanced Strength of Materials - Castigliano's Method
40:57
21A Advanced Strength of Materials - Introduction to Energy Methods
11:03
20O Advanced Strength of Materials - Composite Beam Example Problem
13:53
20N Advanced Strength of Materials - Composite Beams Theory
10:20
20M Advanced Strength of Materials - Beams with Unsymmetrical Cross Section Example Problem
09:06
20L Advanced Strength of Materials - Beams with Unsymmetric Cross Section Theory
07:29
20K Advanced Strength of Materials - Beams with Unsymmetric Cross Section - Area Moment of Inertia
09:13
20J Advanced Strength of Materials - Beam with Unsymmetric Cross Section - Centroid Calculation
14:57
20D Advanced Strength of Materials - Beam Stress
08:10
20C Advanced Strength of Materials - Superposition
23:46
20B Advanced Strength of Materials - Beam Deflections
24:26
20A Advanced Strength of Materials - Euler Bernoulli Beam Theory
33:14
17E Advanced Elasticity: Curved Beam Problem Strength of Materials with Mrunmayi Mungekar
15:56
19H Advanced Elasticity: Torsion Problems Strength of Materials with Mrunmayi Mungekar Part II
38:49
19G Advanced Elasticity: Torsion Problems Strength of Materials with Mrunmayi Mungekar Part I
19:38
19F Advanced Elasticity - Torsion of Triangular Cross Section with Mathematica: Mrunmayi Mungekar
18:14
#ABAQUS Tutorial - Virtual Crack Closure for Predicting Bonded Joint Failure with Vishesh Kashyap II
19:02
#ABAQUS Tutorials - Virtual Crack Closure for Predicting Bonded Joint Failure with Vishesh Kashyap I
11:22
19E Advanced Strength of Materials - More Torsion Examples
01:23
19D Advanced Strength of Materials - Torsion Helical Springs
14:35
19C Advanced Strength of Materials - St Venant Torsion Theory Examples
04:22
19B Advanced Strength of Materials - St Venant Torsion Theory Part II
17:20
19A Advanced Strength of Materials - St Venant Torsion Theory Part I
07:38
18D Advanced Strength of Materials - Contact Examples
07:21
18C Advanced Strength of Materials - Cylinders in Contact
07:07
18B Advanced Strength of Materials - Spheres in Contact
03:45
FT1 Advanced Strength of Materials - Von Mises Stress
12:54
18A Advanced Strength of Materials - Spheres in Contact
26:02
Advanced Aerospace Structures - Fracture Mechanics Finite Element Demonstration
01:02:48
Advanced Aerospace Structures - NASGRO Tutorial for Fatigue Crack Growth Analysis
11:55
17D Advanced Strength of Materials - Examples to Curved Beam Problems
17:47
17C Advanced Strength of Materials - Winkler's Approach to Curved Beams
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About
#calculusofvariations #aerospacestructures #structuralanalysis #finiteelements #compositematerials #abaqustutorials #vinaygoyal #nasa
This channel provides lecture series on aerospace structures, finite element methods, Abaqus tutorials, energy methods, and composite materials.
samueli.ucla.edu/people/vinay-goyal/
viterbi.usc.edu/directory/faculty/Goyal/Vinay
Biography
Dr. Vinay Goyal, is an adjunct professor at UCLA and part-time faculty at USC. He has extensive experience in the areas of launch vehicles and aircraft with emphasis in the application of advanced materials. He has over 25 years of experience, is a Technical Fellow at The Aerospace Corporation working on several launch vehicles and spacecraft. He is a member of two NASA NESC technical teams dedicated to ensure flight safety of human spaceflight. He has published over 100 technical papers in the aircraft and launch structural issues and three published books.
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