Канал: Anthony Battistini

VL1-4 Adding Multiple Stress-Strain Curves to One Plot

VL1-4 Adding Multiple Stress-Strain Curves to One Plot

VL1-3 Using 0.2% Offset Method for Yield Stress in Excel Data

VL1-3 Using 0.2% Offset Method for Yield Stress in Excel Data

VL1-2 Using Excel to Create a Stress vs Strain Curve

VL1-2 Using Excel to Create a Stress vs Strain Curve

VL1-1 Overview of Lab 01- Stress vs Strain Plots for Different Materials

VL1-1 Overview of Lab 01- Stress vs Strain Plots for Different Materials

V16-5 Influence Lines for Trusses and Indeterminate Beams

V16-5 Influence Lines for Trusses and Indeterminate Beams

V16-4 Muller Breslau Principle for Influence Lines- Advanced Example

V16-4 Muller Breslau Principle for Influence Lines- Advanced Example

V16-3 Muller-Breslau Principle for Influence Lines, Basic Example

V16-3 Muller-Breslau Principle for Influence Lines, Basic Example

V16-2 Influence Lines- Example using Equilibrium Method

V16-2 Influence Lines- Example using Equilibrium Method

V16-1 Introduction to Influence Lines

V16-1 Introduction to Influence Lines

V00-0 Steelio Sends Pre Semester Video

V00-0 Steelio Sends Pre Semester Video

Tearout Test #1

Tearout Test #1

Fracture Test #1

Fracture Test #1

Bolt Shear Test #1

Bolt Shear Test #1

Structural Analysis Course Intro Video

Structural Analysis Course Intro Video

V13-4 Tresca v. von Mises (Part 4 of 4)

V13-4 Tresca v. von Mises (Part 4 of 4)

V13-3 Tresca v. von Mises (Part 3 of 4)

V13-3 Tresca v. von Mises (Part 3 of 4)

V13-2 Tresca v. von Mises (Part 2 of 4)

V13-2 Tresca v. von Mises (Part 2 of 4)

V13-1 Tresca v. von Mises (Part 1 of 4)

V13-1 Tresca v. von Mises (Part 1 of 4)

V12-4 Generalized Hooke's Law

V12-4 Generalized Hooke's Law

V12-3 Strain Gages and Calculations

V12-3 Strain Gages and Calculations

V12-2 Strain Transformation

V12-2 Strain Transformation

V12-1 Mohr's Circle for 3D Stresses

V12-1 Mohr's Circle for 3D Stresses

V11-5 Use Mohr's Circle to Solve Stress at an Angle

V11-5 Use Mohr's Circle to Solve Stress at an Angle

V11-4 Mohr's Circle Example 2

V11-4 Mohr's Circle Example 2

V11-3 Mohr's Circle Example 1

V11-3 Mohr's Circle Example 1

V11-2 Steps to Plotting Mohr's Circle

V11-2 Steps to Plotting Mohr's Circle

V11-1 Mohr's Circle Intro and Derivation

V11-1 Mohr's Circle Intro and Derivation

V10-5 Stress Transformation Equations Example 2

V10-5 Stress Transformation Equations Example 2

V10-4 Stress Transformation Equations Example 1

V10-4 Stress Transformation Equations Example 1

V10-3 Principal Stresses and Max Shear Stress

V10-3 Principal Stresses and Max Shear Stress

V10-2 Derivation of the Stress Transformation Equations

V10-2 Derivation of the Stress Transformation Equations

V10-1 Why Stress Transformation?

V10-1 Why Stress Transformation?

V08-3 Statically Indeterminate Torsion Example

V08-3 Statically Indeterminate Torsion Example

V08-2 Power, Gear Ratios and Torsion

V08-2 Power, Gear Ratios and Torsion

V08-1 Torsion Formula to Solve Thickness of Hollow Shaft

V08-1 Torsion Formula to Solve Thickness of Hollow Shaft

V07-5 Calculating Max Shear Stress due to Torsion

V07-5 Calculating Max Shear Stress due to Torsion

V07-4 Torsion Example- Calculating Angle of Twist

V07-4 Torsion Example- Calculating Angle of Twist

V07-3 Polar Moment of Inertia for Circular Rods

V07-3 Polar Moment of Inertia for Circular Rods

V07-2 Simplified Derivation of Torsion Formula and Angle of Twist Formula

V07-2 Simplified Derivation of Torsion Formula and Angle of Twist Formula

V07-1 Plotting Torque Diagrams

V07-1 Plotting Torque Diagrams

V06-4 Stress Concentration Factor Example

V06-4 Stress Concentration Factor Example

V06-3 Stress Concentrations

V06-3 Stress Concentrations

V06-2 Uniform Temperature Effects

V06-2 Uniform Temperature Effects

V06-1 Force Method Example- Fixed Rigid Bar with Gap

V06-1 Force Method Example- Fixed Rigid Bar with Gap

V05-4 The Force Method

V05-4 The Force Method

V05-3 Statically Indeterminate Bar with Two Materials

V05-3 Statically Indeterminate Bar with Two Materials

V05-2 Rigid Bar- Statically Indeterminate Example

V05-2 Rigid Bar- Statically Indeterminate Example

V05-1 Introduction to Static Indeterminacy and the Force Method

V05-1 Introduction to Static Indeterminacy and the Force Method

V04-3 Hooke's Law to Solve Column Deflections

V04-3 Hooke's Law to Solve Column Deflections

V04-2 Hooke's Law- Treasure, Demo, and Example Problem

V04-2 Hooke's Law- Treasure, Demo, and Example Problem

V04-1 Deflection in 1D Bars, St. Venant's Principle

V04-1 Deflection in 1D Bars, St. Venant's Principle

V03-4 Example- Poisson's Ratio

V03-4 Example- Poisson's Ratio

V03-3 Poisson's Ratio

V03-3 Poisson's Ratio

V03-2 Unloading and Reloading Stress-Strain Behavior

V03-2 Unloading and Reloading Stress-Strain Behavior

V03-1 Ductility and the Stress vs Strain Properties for Various Materials

V03-1 Ductility and the Stress vs Strain Properties for Various Materials

V02-4 Stress vs Strain Test Data Example

V02-4 Stress vs Strain Test Data Example

V02-3 Basic Properties of Stress-Strain Curve

V02-3 Basic Properties of Stress-Strain Curve

V02-2 Stress vs Strain Behavior for a Typical Steel

V02-2 Stress vs Strain Behavior for a Typical Steel

V02-1 Stress vs Strain Intro

V02-1 Stress vs Strain Intro

V01-2 Mechanics of Materials Course Syllabus Rap

V01-2 Mechanics of Materials Course Syllabus Rap

V01-1 Syllabus Overview and Contract Signing

V01-1 Syllabus Overview and Contract Signing

V22-2 Slip Critical Connection Strength

V22-2 Slip Critical Connection Strength

V22-1 High Strength Bolt Installation and Slip Critical Connections

V22-1 High Strength Bolt Installation and Slip Critical Connections

V21-4 Flexural Buckling of a Column

V21-4 Flexural Buckling of a Column

V21-3 Buckling Solution Using Differential Equation

V21-3 Buckling Solution Using Differential Equation

V21-2 Differential Equation for Euler Buckling

V21-2 Differential Equation for Euler Buckling

V21-1 Buckling Introduction

V21-1 Buckling Introduction

V20-4 Pressure Vessels and Stress in Barrel Straps

V20-4 Pressure Vessels and Stress in Barrel Straps

V20-3 Pressure Vessel Example- Air Compressor

V20-3 Pressure Vessel Example- Air Compressor

V20-2 Pressure Vessel Equations and Split Stuff

V20-2 Pressure Vessel Equations and Split Stuff

V20-1 Intro to Pressure Vessels

V20-1 Intro to Pressure Vessels

V21-4 Bolt Limit States Example Problem

V21-4 Bolt Limit States Example Problem

V21-3 Bolt Shear Strength

V21-3 Bolt Shear Strength

V21-2 Tearout Strength, Bearing Strength, and Spacing Limitations

V21-2 Tearout Strength, Bearing Strength, and Spacing Limitations

V21-1 Connections and Bolt Limit States Introduction

V21-1 Connections and Bolt Limit States Introduction

V19-5 Shear Stress in Thin Plate Cross Sections

V19-5 Shear Stress in Thin Plate Cross Sections

V19-4 Shear Flow with Demonstration and Explanation

V19-4 Shear Flow with Demonstration and Explanation

V19-3 Shear Stress Calculation in Wood Built-Up Box Beam

V19-3 Shear Stress Calculation in Wood Built-Up Box Beam

V19-2 Demonstration of Shear Stresses in Beams

V19-2 Demonstration of Shear Stresses in Beams

V19-1 Intro to Transverse Shear Stress and Formula Derivation

V19-1 Intro to Transverse Shear Stress and Formula Derivation

V18-5 Bending Deflections Using Superposition

V18-5 Bending Deflections Using Superposition

V18-4 Deflection of Cantilever Beam with Point Load

V18-4 Deflection of Cantilever Beam with Point Load

V18-3 Deflection of Simply Supported Beam with Distributed Load

V18-3 Deflection of Simply Supported Beam with Distributed Load

V18-2 Beam Deflection Boundary Conditions- Method of Integration

V18-2 Beam Deflection Boundary Conditions- Method of Integration

V18-1 Bending Deflections Introduction and Theory Review

V18-1 Bending Deflections Introduction and Theory Review

V20-1 Steel Tension Member Design

V20-1 Steel Tension Member Design

V-L04B Concrete Cylinder Compression Tests- Lab Safety and Procedure

V-L04B Concrete Cylinder Compression Tests- Lab Safety and Procedure

V-L05 ENGR 2332 Bending Stress Experiment

V-L05 ENGR 2332 Bending Stress Experiment

V19-2 Block Shear Example

V19-2 Block Shear Example

V19-1 Real World Block Shear Examples

V19-1 Real World Block Shear Examples

V18-4 Block Shear Strength Example

V18-4 Block Shear Strength Example

V18-3 Yield and Fracture Strength Example

V18-3 Yield and Fracture Strength Example

V18-2 AISC Block Shear Equation

V18-2 AISC Block Shear Equation

V18-1 Block Shear- Introduction and Explanation

V18-1 Block Shear- Introduction and Explanation

V17-1 ENGR 2332 Exam II Review (Angelo State University)

V17-1 ENGR 2332 Exam II Review (Angelo State University)

V16-1 Bending Stresses in Double T Beams

V16-1 Bending Stresses in Double T Beams

V16-2 Bending Stress Example- T Member

V16-2 Bending Stress Example- T Member

V16-3 Combined Axial and Bending Stress Example

V16-3 Combined Axial and Bending Stress Example

V17-4 Tension Member Example- 2C10x20 to PL1x12 Splice Plate

V17-4 Tension Member Example- 2C10x20 to PL1x12 Splice Plate

V17-1 Tension Member Example with Staggered Bolts

V17-1 Tension Member Example with Staggered Bolts

V16-4 Shear Lag

V16-4 Shear Lag

V16-5 Staggered Bolted Connections and Net Section Area

V16-5 Staggered Bolted Connections and Net Section Area

V16-2 Yielding and Fracture Trash Bag Demonstration

V16-2 Yielding and Fracture Trash Bag Demonstration

V16-3 Yielding and Fracture Design Strength

V16-3 Yielding and Fracture Design Strength

V16-1 Introduction to Tension Members

V16-1 Introduction to Tension Members

V15-3 Bending Stress Example 2

V15-3 Bending Stress Example 2

V15-2 Bending Stress Example 1

V15-2 Bending Stress Example 1

V15-1 Euler Bernoulli Beam Theory

V15-1 Euler Bernoulli Beam Theory

V14-4 N, V, M Diagrams Review

V14-4 N, V, M Diagrams Review

V14-3 N, V, M Diagrams Review

V14-3 N, V, M Diagrams Review

V14-2 N, V, M Diagrams Review

V14-2 N, V, M Diagrams Review

V14-1 N, V, M Diagrams Review

V14-1 N, V, M Diagrams Review

02 V3. RC Column Axial Force vs Strain Behavior

02 V3. RC Column Axial Force vs Strain Behavior

02 V1 Kinematics Review

02 V1 Kinematics Review

02 V2. Transformed Area for RC

02 V2. Transformed Area for RC

CENG 3361 Final Review

CENG 3361 Final Review

V 07 Example 4- Yielding and Fracture Limit States

V 07 Example 4- Yielding and Fracture Limit States

V 01 The Big 5 Stability Requirements

V 01 The Big 5 Stability Requirements

Mechanics of Materials- ASU- Spring 2018 Video

Mechanics of Materials- ASU- Spring 2018 Video