Канал: Mechanics Channel by Mark Barkey

AEM 535 FEA 01 2022 24inch schedule80 ABAQUS

AEM 535 FEA 01 2022 24inch schedule80 ABAQUS

AEM535-FEA 01-2022_24inch_schedule80_Hypermesh

AEM535-FEA 01-2022_24inch_schedule80_Hypermesh

AEM250 distance introduction FA23 SP24

AEM250 distance introduction FA23 SP24

AEM 637 plotting plate with crack stress distribution

AEM 637 plotting plate with crack stress distribution

AEM 637 plotting plate with hole stress distribution

AEM 637 plotting plate with hole stress distribution

AEM 637 Problem 5 4 18 Part A

AEM 637 Problem 5 4 18 Part A

AEM 637 Problem 5 4 18 Part B

AEM 637 Problem 5 4 18 Part B

AEM 637 Problem 4 18 6

AEM 637 Problem 4 18 6

AEM 637 Problem 4-7.1

AEM 637 Problem 4-7.1

AEM 637 Problem 4-19.4

AEM 637 Problem 4-19.4

AEM 637 Problem 3 4 1

AEM 637 Problem 3 4 1

AEM 637 Problem 3 3 7

AEM 637 Problem 3 3 7

AEM637 generalized plane eigen problem example

AEM637 generalized plane eigen problem example

AEM 637 Problem 2-16.2

AEM 637 Problem 2-16.2

AEM 637 overview for distance students

AEM 637 overview for distance students

648 2021 final hints part 5

648 2021 final hints part 5

648 2021 final hints part 4

648 2021 final hints part 4

648 2021 final hints part 3

648 2021 final hints part 3

648 2021 final hints part 1

648 2021 final hints part 1

648 2021 final hints part 2

648 2021 final hints part 2

2021 Plasticity normality flow rule in regular stress space

2021 Plasticity normality flow rule in regular stress space

2021 J2 flow theory uniaxial part2

2021 J2 flow theory uniaxial part2

2021 J2 flow theory uniaxial part1

2021 J2 flow theory uniaxial part1

AEM250 Overview Fall 2021

AEM250 Overview Fall 2021

29 structural yield surface

29 structural yield surface

28 Intro to multiaxial plasticity for fatigue analysis

28 Intro to multiaxial plasticity for fatigue analysis

26 dicussion of Socie multiaxial fatigue damage

26 dicussion of Socie multiaxial fatigue damage

25 introduction to multiaxial fatigue

25 introduction to multiaxial fatigue

24 4 30 partial solution cyclic neuber

24 4 30 partial solution cyclic neuber

23 vehicle design process and proving grounds

23 vehicle design process and proving grounds

22 variable amplitude loading

22 variable amplitude loading

21 cracks at notches

21 cracks at notches

18 fatigue crack propagation

18 fatigue crack propagation

20 Notches Strain Life

20 Notches Strain Life

19 Notches Stress Life

19 Notches Stress Life

17 Example mean stress with strain life variants

17 Example mean stress with strain life variants

13P Project step 5, implementing additional features

13P Project step 5, implementing additional features

01P Fatigue Calculator Project Overview

01P Fatigue Calculator Project Overview

02P peak picking algorithm for fatigue time histories

02P peak picking algorithm for fatigue time histories

03P peak picking program in fortran

03P peak picking program in fortran

04P peak picking program followup--bug removal

04P peak picking program followup--bug removal

05P 1070 steel analysis for Ramberg-Osgood parameters

05P 1070 steel analysis for Ramberg-Osgood parameters

06P sheet steel strain life fatigue constant determination

06P sheet steel strain life fatigue constant determination

07P Newton Raphson iteration for fatigue analysis

07P Newton Raphson iteration for fatigue analysis

08P application of Newton-Raphson to Ramberg-Osgood equations

08P application of Newton-Raphson to Ramberg-Osgood equations

09P case1 hysteresis loop calculator fortran implementation

09P case1 hysteresis loop calculator fortran implementation

12a hysteresis loop calculation example

12a hysteresis loop calculation example

11 variable amplitude plasticity

11 variable amplitude plasticity

10 Transient Material Behavior

10 Transient Material Behavior

09 Uniaxial Cyclic Plasticity

09 Uniaxial Cyclic Plasticity

08 Basics of uniaxial plasticity RO equation

08 Basics of uniaxial plasticity RO equation

07 Life Damage Miners Rule

07 Life Damage Miners Rule

05 Factors that affect Se

05 Factors that affect Se

04 Mean Stress Effects and Goodman Example

04 Mean Stress Effects and Goodman Example

03 S N Curve Basics

03 S N Curve Basics

02 The metal fatigue process

02 The metal fatigue process

01 Introduction and fatigue time histories

01 Introduction and fatigue time histories

12b hysteresis loop calculation example by using excel

12b hysteresis loop calculation example by using excel

13 strain life approach

13 strain life approach

FEA xx d tensile specimen importance of extensometer

FEA xx d tensile specimen importance of extensometer

FEA xx c tensile specimen ABAQUS analysis

FEA xx c tensile specimen ABAQUS analysis

FEA xx b tensile specimen Hypermesh node sets

FEA xx b tensile specimen Hypermesh node sets

FEA xx a tensile specimen Hypermesh building

FEA xx a tensile specimen Hypermesh building

AEM 535 HW 5.1 Hourglassing and Natural Frequencies of cube

AEM 535 HW 5.1 Hourglassing and Natural Frequencies of cube

AEM 535-Zach Hagan ABAQUS void growth model

AEM 535-Zach Hagan ABAQUS void growth model

AEM535 Lecture 05-Linearity and non-Linearity

AEM535 Lecture 05-Linearity and non-Linearity

AEM535 Lecture 04

AEM535 Lecture 04

AEM535 Lecture 03

AEM535 Lecture 03

AEM535 Lecture 02

AEM535 Lecture 02

AEM535 Lecture 01

AEM535 Lecture 01

Start Here Course Introduction Video for Fall 2020

Start Here Course Introduction Video for Fall 2020

AEM250 Summer 2020

AEM250 Summer 2020

Theory of Elasticity-Lecture 32-Stresess in plate with hole

Theory of Elasticity-Lecture 32-Stresess in plate with hole

Theory of Elasticity-Lecture 29-Equilibrium in Polar Coordinates

Theory of Elasticity-Lecture 29-Equilibrium in Polar Coordinates

Theory of Elasticity-Lecture 30-Airys stress function in polar coordinates

Theory of Elasticity-Lecture 30-Airys stress function in polar coordinates

Theory of Elasticity-Lecture 31-Strain displacement in polar coordinates

Theory of Elasticity-Lecture 31-Strain displacement in polar coordinates

Theory of Elasticity-Lecture 28-Higher Order Ploynomial Airys Stress Functions

Theory of Elasticity-Lecture 28-Higher Order Ploynomial Airys Stress Functions

Theory of Elasticity-Lecture 27-Airy's Stress Function

Theory of Elasticity-Lecture 27-Airy's Stress Function

Theory of Elasticity-Lecture 26-Laplaces Equation for 2D Elasticity

Theory of Elasticity-Lecture 26-Laplaces Equation for 2D Elasticity

Theory of Elasticity-Lecture 25b 2D elasticity

Theory of Elasticity-Lecture 25b 2D elasticity

Theory of Elasticity-Lecture 25a-2D elasticity

Theory of Elasticity-Lecture 25a-2D elasticity

Theory of Elasticity-Lecture 24b Beam in Bending

Theory of Elasticity-Lecture 24b Beam in Bending

Theory of Elasticity-Lecture 24c2 Torsion of circular shaft (continued)

Theory of Elasticity-Lecture 24c2 Torsion of circular shaft (continued)

Theory of Elasticity-Lecture 24a Semi Inverse Method hydrostatic stress

Theory of Elasticity-Lecture 24a Semi Inverse Method hydrostatic stress

Theory of Elasticity-Lecture 24c1 Torsion of circular shaft

Theory of Elasticity-Lecture 24c1 Torsion of circular shaft

Lecture 23 Uniqueness of Equilibrium based solutions

Lecture 23 Uniqueness of Equilibrium based solutions

Theory of Elasticity-Lecture 22-discussion of 3D BVPs of elasticity

Theory of Elasticity-Lecture 22-discussion of 3D BVPs of elasticity

Theory of Elasticity-Lecture 21-Beltrami Michell equations

Theory of Elasticity-Lecture 21-Beltrami Michell equations

Theory of Elasticity-Lecture 20-Simple Tension Example

Theory of Elasticity-Lecture 20-Simple Tension Example

Theory of Elasticity-Lecture 19b-Hookes Law for isotropic materials

Theory of Elasticity-Lecture 19b-Hookes Law for isotropic materials

Theory of Elasticity-Lecture 19a-Generalized Hookes Law

Theory of Elasticity-Lecture 19a-Generalized Hookes Law

Theory of Elasticity-Lecture 18-Elasticity and Intrinsic Strain Energy Density Function

Theory of Elasticity-Lecture 18-Elasticity and Intrinsic Strain Energy Density Function

Theory of Elasticity Lecture 17 Mohrs Circle and Eigenvalue problem

Theory of Elasticity Lecture 17 Mohrs Circle and Eigenvalue problem

Theory of Elasticity Lecture 16 Stress Transformations

Theory of Elasticity Lecture 16 Stress Transformations

Theory of Elasticity-Lecture 15-Maximum and Minimum Values of Shear Stress

Theory of Elasticity-Lecture 15-Maximum and Minimum Values of Shear Stress

Theory of Elasticity-Lecture-14c-Octahedral Shear Stress

Theory of Elasticity-Lecture-14c-Octahedral Shear Stress

Theory of Elasticity-Lecture-14b-Deviatoric Stress, J2, and relation to Mises stress

Theory of Elasticity-Lecture-14b-Deviatoric Stress, J2, and relation to Mises stress

AEM 251 Exp 3 Tension Test of Aluminum

AEM 251 Exp 3 Tension Test of Aluminum

AEM 251 Exp 4 Tension Test of Copper

AEM 251 Exp 4 Tension Test of Copper

AEM 251 Exp 5 Possion's ratio

AEM 251 Exp 5 Possion's ratio

AEM 251 Exp 6 Torsion test

AEM 251 Exp 6 Torsion test

AEM 251 Exp 7 Bending stress distribution in beam

AEM 251 Exp 7 Bending stress distribution in beam

AEM 251 Exp 8 Shear stress distribution in beam

AEM 251 Exp 8 Shear stress distribution in beam

AEM 251 Exp 9 Flexural test of small metal beam

AEM 251 Exp 9 Flexural test of small metal beam

AEM 251 Exp 10 Pressure vessel

AEM 251 Exp 10 Pressure vessel

AEM 251 Exp 11 Combined loading

AEM 251 Exp 11 Combined loading

AEM 251 Exp 2 Tension Test of Steel

AEM 251 Exp 2 Tension Test of Steel

AEM 251 Exp 1 Can Crush Experiment

AEM 251 Exp 1 Can Crush Experiment

Theory of Elasticity-Lecture-14a-Eigenvalue Problem for Principal Stresses

Theory of Elasticity-Lecture-14a-Eigenvalue Problem for Principal Stresses

Theory of Elasticity-Lecture-13-Angular Momementum and Symmetry of Stress tensor

Theory of Elasticity-Lecture-13-Angular Momementum and Symmetry of Stress tensor

Theory of Elasticity-Lecture-12-Stress: Conservation of Linear Momentum

Theory of Elasticity-Lecture-12-Stress: Conservation of Linear Momentum

Theory of Elasticity-05-Displacement gradient and tensors

Theory of Elasticity-05-Displacement gradient and tensors

Theory of Elasticity-Lecture-11b-Reynolds Transport Theorem, Conservation of Mass (again)

Theory of Elasticity-Lecture-11b-Reynolds Transport Theorem, Conservation of Mass (again)

Theory of Elasticity-Lecture-11a-Conservation of Mass, Divergence Theorem

Theory of Elasticity-Lecture-11a-Conservation of Mass, Divergence Theorem

Theory of Elasticity-Lecture-10-Principal Strains

Theory of Elasticity-Lecture-10-Principal Strains

Theory of Elasticity-Lecture-09-Coordinate Transformations, Tensors, Strain Tensor

Theory of Elasticity-Lecture-09-Coordinate Transformations, Tensors, Strain Tensor

Theory of Elasticity-Lecture-08.6-Uniaxially Loaded Bar Example Displacement Field

Theory of Elasticity-Lecture-08.6-Uniaxially Loaded Bar Example Displacement Field

Theory of Elasticity-Lecture-08.5-Review of Equations

Theory of Elasticity-Lecture-08.5-Review of Equations

Theory of Elasticity-Lecture-08-Shearing Strain

Theory of Elasticity-Lecture-08-Shearing Strain

Theory of Elasticity-07b-Understanding normal strains

Theory of Elasticity-07b-Understanding normal strains

Theory of Elasticity-07a-Green-St. Venant strain tensor

Theory of Elasticity-07a-Green-St. Venant strain tensor

Theory of Elasticity-06.5-Comments on Deformation Gradient

Theory of Elasticity-06.5-Comments on Deformation Gradient

Theory of Elasticity-06-Theory of Deformation

Theory of Elasticity-06-Theory of Deformation

Theory of Elasticity-04-Derivatives and the Gradient

Theory of Elasticity-04-Derivatives and the Gradient

Theory of Elasticity-03-Preliminaries Continued

Theory of Elasticity-03-Preliminaries Continued

Theory of Elasticity-01-Introduction

Theory of Elasticity-01-Introduction

Theory of Elasticity-02-Preliminaries

Theory of Elasticity-02-Preliminaries

AEM 250-Distance--Course Introduction Spring 2019 and later

AEM 250-Distance--Course Introduction Spring 2019 and later

home recording setup; obtaining University software

home recording setup; obtaining University software

AEM 250-920 Introduction to Blackboard Shell

AEM 250-920 Introduction to Blackboard Shell

Mechanics of Materials-Lecture-32-Combined Loading

Mechanics of Materials-Lecture-32-Combined Loading

AEM 649 Fatigue Discussion

AEM 649 Fatigue Discussion

loading 2004

loading 2004

laser scan T4

laser scan T4

2004 T03 inside short

2004 T03 inside short

RTL06s

RTL06s

POP 04 A

POP 04 A

POP 05s A

POP 05s A

POP 07s camB short

POP 07s camB short

pop 11s cam1

pop 11s cam1

POP 13s cam1

POP 13s cam1

POP 14s cam1

POP 14s cam1

POP 15s cam1

POP 15s cam1

POP 16s cam1

POP 16s cam1

POP 17s cam1

POP 17s cam1

POP 18s cam1

POP 18s cam1

POP 19s cam1

POP 19s cam1

AEM 535 ABAQUS Connector: Translator

AEM 535 ABAQUS Connector: Translator

ABAQUS 2018 install process

ABAQUS 2018 install process

Pressure Vessel Lab Equipment Setup

Pressure Vessel Lab Equipment Setup

5C09091m

5C09091m

5C09088m

5C09088m

5C08081m

5C08081m

5C08076m

5C08076m

5C08075m

5C08075m

5C08074m

5C08074m

5C08073m

5C08073m

5C08071m

5C08071m

5C08070m

5C08070m

5C08069m

5C08069m

5C08068m

5C08068m

high speed camera recording of a fluid filled bottle

high speed camera recording of a fluid filled bottle

Poisson's ratio experiment

Poisson's ratio experiment

TA setup for Poisson's ratio test part 2

TA setup for Poisson's ratio test part 2

TA setup for Poisson's ratio part 1

TA setup for Poisson's ratio part 1

mechanical wedge grips--part 5--specimen and extensometer installation

mechanical wedge grips--part 5--specimen and extensometer installation

mechanical wedge grips--part 4--installation onto testing machine

mechanical wedge grips--part 4--installation onto testing machine

Mechanical wedge grips--part 3--application of lubricant

Mechanical wedge grips--part 3--application of lubricant

Mechanical wedge grips--part 2--removing inserts

Mechanical wedge grips--part 2--removing inserts

Mechanical wedge grips--part1--overview

Mechanical wedge grips--part1--overview

AEM 251--Can Crush--Sources of Variation and Error--Experiment

AEM 251--Can Crush--Sources of Variation and Error--Experiment

compression platen removal

compression platen removal

AEM 637-Theory of Deformation

AEM 637-Theory of Deformation

Overview to Critical Plane Approach to Multiaxial Fatigue

Overview to Critical Plane Approach to Multiaxial Fatigue

Rainflow Cycle Counting part 3/3--Fortran Program

Rainflow Cycle Counting part 3/3--Fortran Program

Rainflow Cycle Counting part 2/3--Algorithm Development

Rainflow Cycle Counting part 2/3--Algorithm Development

Rainflow Cycle Counting part 1/3--Introduction

Rainflow Cycle Counting part 1/3--Introduction

AEM 648-14-Deformation Theory and Hencky Equations

AEM 648-14-Deformation Theory and Hencky Equations

AEM 648-13-Dilatational Strain and Conservation of Volume

AEM 648-13-Dilatational Strain and Conservation of Volume

AEM 648-12-Loading Conditions

AEM 648-12-Loading Conditions

AEM 648-11-Normality Flow Rule and Relation to Uniaxial stress-strain curve

AEM 648-11-Normality Flow Rule and Relation to Uniaxial stress-strain curve

AEM 648-10-Drucker's Postulates, Convexity and Normality Flow Rule

AEM 648-10-Drucker's Postulates, Convexity and Normality Flow Rule

AEM 648 final exam problem 4; next step after initial

AEM 648 final exam problem 4; next step after initial

AEM 648 Final Problem Continued; calculation of back stress for first stress increment

AEM 648 Final Problem Continued; calculation of back stress for first stress increment

AEM 648--Kinematic hardening and the consistency condition (J2)

AEM 648--Kinematic hardening and the consistency condition (J2)

AEM 648 Addendum to: Deformation and Incremental Plasticity Example with J2 flow theory

AEM 648 Addendum to: Deformation and Incremental Plasticity Example with J2 flow theory

AEM 648 Deformation and Incremental Plasticity Example with J2 flow theory

AEM 648 Deformation and Incremental Plasticity Example with J2 flow theory

Additional Explanation for Stress directions and rotations on Mohr's Circle

Additional Explanation for Stress directions and rotations on Mohr's Circle

AEM 648-8-Functional Form of Yield Criteria; Pi-Plane

AEM 648-8-Functional Form of Yield Criteria; Pi-Plane

AEM 648-9-Deviatoric Stress, J2, Mises, Hyper-Sphere

AEM 648-9-Deviatoric Stress, J2, Mises, Hyper-Sphere

AEM 648-7-Strain Tensor

AEM 648-7-Strain Tensor

AEM 648-6-Uniaxial Cyclic Loading (Metals)

AEM 648-6-Uniaxial Cyclic Loading (Metals)

Sysweld Visual Weld Spot Weld interface and Analysis

Sysweld Visual Weld Spot Weld interface and Analysis

AEM 648-4-Decomposition of Total Strains, Ramberg-Osgood (RO) equation

AEM 648-4-Decomposition of Total Strains, Ramberg-Osgood (RO) equation

AEM 648-3-6061-T6 aluminum alloy stress strain curve analysis

AEM 648-3-6061-T6 aluminum alloy stress strain curve analysis

AEM 648-5-Newton Raphson iteration technique for RO equation

AEM 648-5-Newton Raphson iteration technique for RO equation

AEM 648-2-monotonic uniaxial plasticity and stress strain curves

AEM 648-2-monotonic uniaxial plasticity and stress strain curves

AEM 648-1-Introduction to Theory of Plasticity

AEM 648-1-Introduction to Theory of Plasticity

Excel-identify node subset by IF(COUNTIF(B B,A1)=0,0,1)

Excel-identify node subset by IF(COUNTIF(B B,A1)=0,0,1)

Plate Theory 1 Introduction, Review of Beam Theory

Plate Theory 1 Introduction, Review of Beam Theory