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MME305 0th Order Mesurement Systems (Ch. 3.3)- Measurement System Model

MME305 0th Order Mesurement Systems (Ch. 3.3)- Measurement System Model

MME 305 L11 #38b Types of ADCs

MME 305 L11 #38b Types of ADCs

MME 305 L11 #38c Example 7 6 Digital Voltmeter

MME 305 L11 #38c Example 7 6 Digital Voltmeter

MME 305 L12 #39 Data Acquisition Systems

MME 305 L12 #39 Data Acquisition Systems

MME 305 L12 #40 Data Acquisition System Components pt1

MME 305 L12 #40 Data Acquisition System Components pt1

MME 305 L12 #40 Data Acquisition System Components pt2

MME 305 L12 #40 Data Acquisition System Components pt2

MME 305 L12 #41 Analog Input Output Communitcation

MME 305 L12 #41 Analog Input Output Communitcation

MME 305 L12 #42 Digital Input Output Communication

MME 305 L12 #42 Digital Input Output Communication

MME 305 L11 #38a Example 7 3 Quantization Error

MME 305 L11 #38a Example 7 3 Quantization Error

MME 305 L11 #38 Voltage Measurements

MME 305 L11 #38 Voltage Measurements

MME 305 L11 #37 Transmitting Digital Numbers Digital Devices

MME 305 L11 #37 Transmitting Digital Numbers Digital Devices

MME 305 L11 #36 Digital Devices

MME 305 L11 #36 Digital Devices

MME 305 Asynchronous L19 #089g Mechanical Power Measurements Ch 12 2

MME 305 Asynchronous L19 #089g Mechanical Power Measurements Ch 12 2

MME 305 Asynchronous L19 #089d Angular Velocity Measurements Ch 12 2

MME 305 Asynchronous L19 #089d Angular Velocity Measurements Ch 12 2

MME 305 Asynchronous L19 #089c Linear Velocity Measurements Ch 12 2

MME 305 Asynchronous L19 #089c Linear Velocity Measurements Ch 12 2

MME 305 Asynchronous L19 #089 Sensors Displacement Sensors Ch 12 2

MME 305 Asynchronous L19 #089 Sensors Displacement Sensors Ch 12 2

MME 305 Asynchronous L19 #088 Introduction to Meachatronics Sensors, Actuators, and Controls Ch 12 1

MME 305 Asynchronous L19 #088 Introduction to Meachatronics Sensors, Actuators, and Controls Ch 12 1

MME 305 Asynchronous L17 #75 76 Pressure Gauges and Pressure Transducer Calibration Ch 9 4 9 5

MME 305 Asynchronous L17 #75 76 Pressure Gauges and Pressure Transducer Calibration Ch 9 4 9 5

MME 305 Asynchronous L17 #74c 74d Manometers and Deadweight Testers Ch 9 3

MME 305 Asynchronous L17 #74c 74d Manometers and Deadweight Testers Ch 9 3

MME 305 Asynchronous L17 #74a 74b Mcleod Gauges and Barometers Ch 9 3

MME 305 Asynchronous L17 #74a 74b Mcleod Gauges and Barometers Ch 9 3

MME 305 Asynchronous L17 #072 073 Introduction to Pressure Measurements and Pressure Concepts Ch 9 1

MME 305 Asynchronous L17 #072 073 Introduction to Pressure Measurements and Pressure Concepts Ch 9 1

MME 305 Asynchronous L05 #047 Number of Measurements Required Ch 4 9

MME 305 Asynchronous L05 #047 Number of Measurements Required Ch 4 9

MME 305 Asynchronous L05 #046 Outlier Detection Ch 4 8

MME 305 Asynchronous L05 #046 Outlier Detection Ch 4 8

MME 305 Asynchronous L05 #045b Regression Analysis Ch 4 7

MME 305 Asynchronous L05 #045b Regression Analysis Ch 4 7

MME 305 Asynchronous L05 #045 Regression Analysis Ch 4 7

MME 305 Asynchronous L05 #045 Regression Analysis Ch 4 7

MME 305 Asynchronous L05 #044b Goodness of Fit test Example 4 8 Ch 4 6

MME 305 Asynchronous L05 #044b Goodness of Fit test Example 4 8 Ch 4 6

MME 305 Asynchronous L05 #044a Chi Squared Distribution Example 4 7 Ch 4 6

MME 305 Asynchronous L05 #044a Chi Squared Distribution Example 4 7 Ch 4 6

MME 305 Asynchronous L04 #043c Example 4 6 Ch 4 5

MME 305 Asynchronous L04 #043c Example 4 6 Ch 4 5

MME 305 Asynchronous L04 #043b Example 4 5 Ch 4 5

MME 305 Asynchronous L04 #043b Example 4 5 Ch 4 5

MME 305 Asynchronous L04 #043 Hypothesis Testing Ch 4 5

MME 305 Asynchronous L04 #043 Hypothesis Testing Ch 4 5

MME 305 Asynchronous L04 #042Statistics of Finite Data SetsCh 4 4

MME 305 Asynchronous L04 #042Statistics of Finite Data SetsCh 4 4

MME 305 Asynchronous L04 #042b Example 4 4 Ch 4 4

MME 305 Asynchronous L04 #042b Example 4 4 Ch 4 4

MME 305 Asynchronous L04 #041b Example 4 3 Ch 4 3

MME 305 Asynchronous L04 #041b Example 4 3 Ch 4 3

MME 305 Asynchronous L04 #041a Describing the Behavior of a Population Ch 4 3

MME 305 Asynchronous L04 #041a Describing the Behavior of a Population Ch 4 3

MME 305 Asynchronous L04 #040b Example 4 1 How to create a histogram Ch 4 2

MME 305 Asynchronous L04 #040b Example 4 1 How to create a histogram Ch 4 2

MME 305 Asynchronous L04 #040a Statistical Measurement Theory and PDFs (Ch 4 2)

MME 305 Asynchronous L04 #040a Statistical Measurement Theory and PDFs (Ch 4 2)

MME 305 Asynchronous L04 #039 Intro to Probability and Statistics Ch 4 1

MME 305 Asynchronous L04 #039 Intro to Probability and Statistics Ch 4 1

MME 305 Asynchronous L02 #023b Examples 11 3 & 11 4 Ch 11 4

MME 305 Asynchronous L02 #023b Examples 11 3 & 11 4 Ch 11 4

MME 305 Asynchronous L02 #023 Strain Gauge Electrical Circuits Ch 11 4

MME 305 Asynchronous L02 #023 Strain Gauge Electrical Circuits Ch 11 4

MME 305 Asynchronous L02 #022e Semiconductor Strain Gauges Ch 11 3

MME 305 Asynchronous L02 #022e Semiconductor Strain Gauges Ch 11 3

MME 305 Asynchronous L02 #022d Gauge Factors and Lateral Sensitivity Ch 11 3

MME 305 Asynchronous L02 #022d Gauge Factors and Lateral Sensitivity Ch 11 3

MME 305 Asynchronous L02 #022c Strain Gauge Construction and Bonding Ch 11 3

MME 305 Asynchronous L02 #022c Strain Gauge Construction and Bonding Ch 11 3

MME 305 Asynchronous L02 #022b Example 11 2 Strain Gauge Length Ch 11 3

MME 305 Asynchronous L02 #022b Example 11 2 Strain Gauge Length Ch 11 3

MME 305 Asynchronous L03 #026b Torque Measurements Ch 12 2

MME 305 Asynchronous L03 #026b Torque Measurements Ch 12 2

MME 305 Asynchronous L03 #026a Force and Torque Sensors Ch 12 2

MME 305 Asynchronous L03 #026a Force and Torque Sensors Ch 12 2

MME 305 Asynchronous L03 #025f Signal Conditioning Ch 11 6

MME 305 Asynchronous L03 #025f Signal Conditioning Ch 11 6

MME 305 Asynchronous L03 #025e Analysis of Strain Gauge Data Ch 11 6

MME 305 Asynchronous L03 #025e Analysis of Strain Gauge Data Ch 11 6

MME 305 Asynchronous L03 #025d Practical Considerations and Analysis of Strain Gauge Data Ch 11 6

MME 305 Asynchronous L03 #025d Practical Considerations and Analysis of Strain Gauge Data Ch 11 6

MME 305 Asynchronous L03 #025c Bridge Static Sensitivity Ch 11 6

MME 305 Asynchronous L03 #025c Bridge Static Sensitivity Ch 11 6

MME 305 Asynchronous L03 #025bTemperature Compensation Ch 11 6

MME 305 Asynchronous L03 #025bTemperature Compensation Ch 11 6

MME 305 Asynchronous L03 #025a Apparent Strain and Temperature Compensation Ch 11 6

MME 305 Asynchronous L03 #025a Apparent Strain and Temperature Compensation Ch 11 6

MME 305 Asynchronous L03 #024b Example 11 5 Multiple Strain Gauges Ch 11 5

MME 305 Asynchronous L03 #024b Example 11 5 Multiple Strain Gauges Ch 11 5

MME 305 Asynchronous L03 #024a Practical Considerations for Strain Measurement Ch 11 5

MME 305 Asynchronous L03 #024a Practical Considerations for Strain Measurement Ch 11 5

MME 305 Asynchronous L02 #022a Resistance Strain Gauges Ch 11 3

MME 305 Asynchronous L02 #022a Resistance Strain Gauges Ch 11 3

MME 305 Asynchronous L02 #021 Stress and Strain Ch 11 2

MME 305 Asynchronous L02 #021 Stress and Strain Ch 11 2

MME 305 Asynchronous L02 #020 Introduction to Strain Measurements Ch 11 1

MME 305 Asynchronous L02 #020 Introduction to Strain Measurements Ch 11 1

MME 305 Asynchronous L01 #005 Standards Ch 1 5

MME 305 Asynchronous L01 #005 Standards Ch 1 5

MME 305 Asynchronous L01 #004b Accuracy, Error, and Uncertainties Ch 1 4

MME 305 Asynchronous L01 #004b Accuracy, Error, and Uncertainties Ch 1 4

MME 305 Asynchronous L01 #004a Calibration Ch 1 4

MME 305 Asynchronous L01 #004a Calibration Ch 1 4

MME 305 Asynchronous L01 #003c Replication and Repitition Ch 1 3

MME 305 Asynchronous L01 #003c Replication and Repitition Ch 1 3

MME 305 Asynchronous L01 #003b Noise, Interference, and Randomization Ch 1 3

MME 305 Asynchronous L01 #003b Noise, Interference, and Randomization Ch 1 3

MME 305 Asynchronous L01 #003a Experimental Test Plan Ch 1 3

MME 305 Asynchronous L01 #003a Experimental Test Plan Ch 1 3

MME 305 Asynchronous L01 #002 General Measurement System Ch 1 2

MME 305 Asynchronous L01 #002 General Measurement System Ch 1 2

MME 305 Asynchronous L01 #001 Introduction Ch 1 1

MME 305 Asynchronous L01 #001 Introduction Ch 1 1

MME 305 Asynchronous L01 #006 Presenting Data Ch 1 6

MME 305 Asynchronous L01 #006 Presenting Data Ch 1 6

MME 412_512-L28-#75a Plate Theory: Derivation for Rectilinear Coordinates

MME 412_512-L28-#75a Plate Theory: Derivation for Rectilinear Coordinates

MME 412_512-L28-#75f Axisymmetric Plate Example Problem (Problem 5.67)

MME 412_512-L28-#75f Axisymmetric Plate Example Problem (Problem 5.67)

MME 412_512-L28-#75d Axisymmetric (Cylindrical) Coordinate Derivation

MME 412_512-L28-#75d Axisymmetric (Cylindrical) Coordinate Derivation

MME 412_512-L28-#75c Rectilinear Plate Example Problem 1 (Problem 5.60 a, b, c)

MME 412_512-L28-#75c Rectilinear Plate Example Problem 1 (Problem 5.60 a, b, c)

MME 412_512-L28-#75b Thin Plate Bending- Tabulated Solutions (Rectilinear)

MME 412_512-L28-#75b Thin Plate Bending- Tabulated Solutions (Rectilinear)

MME 412_512-L27-#73 Burst Speed Example Problem

MME 412_512-L27-#73 Burst Speed Example Problem

MME 412_512-L27-#74 Lecture Reflection

MME 412_512-L27-#74 Lecture Reflection

MME 412_512-L27-#70 General Equation for Stresses within TW Cylinders

MME 412_512-L27-#70 General Equation for Stresses within TW Cylinders

MME 412_512-L27-#71 Stress in thick-walled cylinders due to rotation

MME 412_512-L27-#71 Stress in thick-walled cylinders due to rotation

MME 412_512-L27-#72 Combined Stresses due to rotation and pressure

MME 412_512-L27-#72 Combined Stresses due to rotation and pressure

MME 412_512-L27-#72a Combined interference and rotational stress Example 5.8-3

MME 412_512-L27-#72a Combined interference and rotational stress Example 5.8-3

MME 412_512-L23-#69 Reflection on Thick-Walled Cylinders

MME 412_512-L23-#69 Reflection on Thick-Walled Cylinders

MME 412_512-L23-#66 General Equation for Stress in Thick-Walled Cylinders

MME 412_512-L23-#66 General Equation for Stress in Thick-Walled Cylinders

MME 412_512-L23-#68a-Ex 5.8-2: Interference Fits

MME 412_512-L23-#68a-Ex 5.8-2: Interference Fits

MME 412_512-L23-#67 Stress in thick-walled cylinders due to internal and external pressure

MME 412_512-L23-#67 Stress in thick-walled cylinders due to internal and external pressure

MME 412_512-L23-#67a Ex 5.8-1: Internal and External Pressure

MME 412_512-L23-#67a Ex 5.8-1: Internal and External Pressure

MME 412_512-L23-#68-Special Case-Interference Fits

MME 412_512-L23-#68-Special Case-Interference Fits

MME 412_512-L22-#65a Ex 5.5-1: Guided Example on Bending in Composite Sections

MME 412_512-L22-#65a Ex 5.5-1: Guided Example on Bending in Composite Sections

MME 412_512-L22-#65 Composite Beams

MME 412_512-L22-#65 Composite Beams

MME 412_512-L22-#65bc Ex 5-5-2 & Ex 5-5-3 Problems and Answers

MME 412_512-L22-#65bc Ex 5-5-2 & Ex 5-5-3 Problems and Answers

MME 412_512-L21-#64b Finding the Neutral Axis using α

MME 412_512-L21-#64b Finding the Neutral Axis using α

MME 412_512-L21-#64 &64a Ex Problem 5.3-1-5.3-4 Fidning Bending Stresses

MME 412_512-L21-#64 &64a Ex Problem 5.3-1-5.3-4 Fidning Bending Stresses

MME 412_512-L21-#64c-d ß, stress, and deflection of unsymmetric beam

MME 412_512-L21-#64c-d ß, stress, and deflection of unsymmetric beam

MME 412_512-L21-#63 Unsymmetrical Bending of Beams

MME 412_512-L21-#63 Unsymmetrical Bending of Beams

MME 412_512-L21-#63a Definition of Principal Axes

MME 412_512-L21-#63a Definition of Principal Axes

MME 412_512-L21-#63b Find Principal Axes on yz plane (Appendix E)

MME 412_512-L21-#63b Find Principal Axes on yz plane (Appendix E)

MME 412_512-L21-#63c Finding the Neutral Axis on the yz plane

MME 412_512-L21-#63c Finding the Neutral Axis on the yz plane

MME 412_512-L21-#63d Finding the deflection on the yz plane

MME 412_512-L21-#63d Finding the deflection on the yz plane

MME412_512-L19-#60 Tangential (Bending) Stresses in Curved Beams

MME412_512-L19-#60 Tangential (Bending) Stresses in Curved Beams

MME 412_512-L19-#60a Finding the Eccentricity of a curved beam

MME 412_512-L19-#60a Finding the Eccentricity of a curved beam

MME 412_512-L19-#60b Tangential Stress due to Bending

MME 412_512-L19-#60b Tangential Stress due to Bending

MME 412_512-L19-#60c Simple Example (Tangential Stresses due to bending)

MME 412_512-L19-#60c Simple Example (Tangential Stresses due to bending)

MME 412_512-L19-#61 Addition of Axial Stresses: Simple Clamp

MME 412_512-L19-#61 Addition of Axial Stresses: Simple Clamp

MME 412_512-L19-#62 Radial Stresses in Curved Beams

MME 412_512-L19-#62 Radial Stresses in Curved Beams

MME 412_512-L19-#62a Radial Stress Example Problem

MME 412_512-L19-#62a Radial Stress Example Problem

MME 412_512-L19-#59 Lecture Motivation Simple Clamp (3 Stresses: Tangential(Bending), Axial, Radial)

MME 412_512-L19-#59 Lecture Motivation Simple Clamp (3 Stresses: Tangential(Bending), Axial, Radial)

MME 412_512-L18-#58 Guided Mini-Reflection on Finding Shear in MW Thin Tubes

MME 412_512-L18-#58 Guided Mini-Reflection on Finding Shear in MW Thin Tubes

MME 412_512-L18-#57b How to solve Multi-cell Thin Walled Torsion Problems

MME 412_512-L18-#57b How to solve Multi-cell Thin Walled Torsion Problems

MME 412_512-L18-#57 Shear Stress and Twist angle in multi-cell thin walled sections

MME 412_512-L18-#57 Shear Stress and Twist angle in multi-cell thin walled sections

MME 412_512-L18-#56e Example 5.2-2 Torsion in a Thin Walled Tube with varying thickness

MME 412_512-L18-#56e Example 5.2-2 Torsion in a Thin Walled Tube with varying thickness

MME 412_512-L18-#56d Angle of Twist

MME 412_512-L18-#56d Angle of Twist

MME 412_512-L18-#56c Relationship between Shear Flow and Applied Torque

MME 412_512-L18-#56c Relationship between Shear Flow and Applied Torque

MME 412_512-L18-#56b Shear flow for arbitrary cross sections (t and r may vary along the perimeter)

MME 412_512-L18-#56b Shear flow for arbitrary cross sections (t and r may vary along the perimeter)

MME 412_512-L18-#56a Shear Flow in Circular Tubes (Constant Thickness defined by a mean radius R)

MME 412_512-L18-#56a Shear Flow in Circular Tubes (Constant Thickness defined by a mean radius R)

MME 412_512-L18-#NA Applications of Thin-Walled Sections Undergoing Torsion

MME 412_512-L18-#NA Applications of Thin-Walled Sections Undergoing Torsion

MME 412_512-L18-#55 Torsional Stress and Angle of Twist

MME 412_512-L18-#55 Torsional Stress and Angle of Twist

MME 412_512-L18-#55a Shear Stress and Angle of Twist for Circular Cross Sections

MME 412_512-L18-#55a Shear Stress and Angle of Twist for Circular Cross Sections

MME 412_512-L18-#57c Example 5.2-3 Finding Shear Stress in Multi Celled Wall Section

MME 412_512-L18-#57c Example 5.2-3 Finding Shear Stress in Multi Celled Wall Section

MME 412_512-L16-#49 Matlab Self Tutorial

MME 412_512-L16-#49 Matlab Self Tutorial

MME 412_512-L13-#41-Lecture Reflection

MME 412_512-L13-#41-Lecture Reflection

MME 412_512-L15-#48a 1D Beam Element: Ex 9.3-1

MME 412_512-L15-#48a 1D Beam Element: Ex 9.3-1

MME 412_512-L15-#48c 1D Beam Element w/distributed load:Example 9.3-2

MME 412_512-L15-#48c 1D Beam Element w/distributed load:Example 9.3-2

MME 412_512-L15-#48 1D Beam Element Definition

MME 412_512-L15-#48 1D Beam Element Definition

MME 412_512-L15-#48b 1D Beam Element with distributed loads

MME 412_512-L15-#48b 1D Beam Element with distributed loads

Summary and References

Summary and References

Topic 3 Tribochemistry and Tribosurface

Topic 3 Tribochemistry and Tribosurface

Topic 2 Internal and External Conditons at Sliding Environment

Topic 2 Internal and External Conditons at Sliding Environment

Topic 1 Filler Content and Geometry

Topic 1 Filler Content and Geometry

Introduction to PTFE Wear and Friction

Introduction to PTFE Wear and Friction

MME 412_512-L14-#44e Definition of Shape/Interpolation Function

MME 412_512-L14-#44e Definition of Shape/Interpolation Function

MME 412_512-L14-#45 Ex. Problem 9.2-1:Stepped Shaft

MME 412_512-L14-#45 Ex. Problem 9.2-1:Stepped Shaft

MME 412_512-L14-#43 Introduction to Finite Elements

MME 412_512-L14-#43 Introduction to Finite Elements

MME 412_512-L14-#44a 1D Truss Element:RRitz Method, Definition of a single bar element

MME 412_512-L14-#44a 1D Truss Element:RRitz Method, Definition of a single bar element

MME 412_512-L14-#44b Determining the Global Matrices (F,K,u)

MME 412_512-L14-#44b Determining the Global Matrices (F,K,u)

MME 412_512-L14-#44c Calculating the unknown Forces and Displacements

MME 412_512-L14-#44c Calculating the unknown Forces and Displacements

MME 412_512-L14-#44d Calculation of nodal forces, stress, and strain (bar elements)

MME 412_512-L14-#44d Calculation of nodal forces, stress, and strain (bar elements)

MME 412_512-L13-#39a Ex 6.11-1 part a Rayleigh's Method

MME 412_512-L13-#39a Ex 6.11-1 part a Rayleigh's Method

MME 412_512-L13-#39a Ex 6.11-1 Rayleigh's Method part b

MME 412_512-L13-#39a Ex 6.11-1 Rayleigh's Method part b

MME 412_512-L13-#39a Ex6.11-1 part c Rayleigh's Method Example

MME 412_512-L13-#39a Ex6.11-1 part c Rayleigh's Method Example

MME 412_512-L13-#40 Rayleigh Ritz Method

MME 412_512-L13-#40 Rayleigh Ritz Method

MME 412_512-L13-#40a Example 6.12-1

MME 412_512-L13-#40a Example 6.12-1

MME 412_512-L13-#42 Rayleigh-Ritz Example-Simply-Supported Beam Problem (OYO)

MME 412_512-L13-#42 Rayleigh-Ritz Example-Simply-Supported Beam Problem (OYO)

MME 412_512-L13-#39 Introduction to Rayleigh's Method

MME 412_512-L13-#39 Introduction to Rayleigh's Method

MME 412_512-L12-#35 Review of Castigliano's Method

MME 412_512-L12-#35 Review of Castigliano's Method

MME 412_512-L12-#36 Simplified Castigliano's Method

MME 412_512-L12-#36 Simplified Castigliano's Method

MME 412_512-L12-#36a Ex 6.6-4 [Simplified Castigliano's Method]

MME 412_512-L12-#36a Ex 6.6-4 [Simplified Castigliano's Method]

MME 412_512-L12-#36b Ex 6.6-6 [Castigliano's Dummy Load]

MME 412_512-L12-#36b Ex 6.6-6 [Castigliano's Dummy Load]

MME 412_512-L12-#36c Example 6.6-8 [Area (x)]

MME 412_512-L12-#36c Example 6.6-8 [Area (x)]

MME 412_512-L12-#37 Castigliano's method for Statically indeterminate problems

MME 412_512-L12-#37 Castigliano's method for Statically indeterminate problems

MME 412_512-L12-#38 Lecture Reflection_Mini Quiz

MME 412_512-L12-#38 Lecture Reflection_Mini Quiz

MME 412_512-L12-#37a [Solve Reaction F's using Castigliano's Method]

MME 412_512-L12-#37a [Solve Reaction F's using Castigliano's Method]

MME 412_512-L11-#34 Castiglaino's Method (2nd Theorem)

MME 412_512-L11-#34 Castiglaino's Method (2nd Theorem)

MME 412_512-L11-#34a Example 6.6-4 Castigliano's Method

MME 412_512-L11-#34a Example 6.6-4 Castigliano's Method

MME 412_512-L11-#31 Strain Energy

MME 412_512-L11-#31 Strain Energy

MME 412_512-L11-#32a Axial Loading

MME 412_512-L11-#32a Axial Loading

MME 412_512-L11-#32b Torsional Loading (Strain Energy)

MME 412_512-L11-#32b Torsional Loading (Strain Energy)

MME 412_512-L11-#32c Transverse Loading [Strain Energy]

MME 412_512-L11-#32c Transverse Loading [Strain Energy]

MME 412_512-L11-#32d example Problem 6.3.1

MME 412_512-L11-#32d example Problem 6.3.1

MME 412_512-L11-#33 Introduction to Energy Methods

MME 412_512-L11-#33 Introduction to Energy Methods

MME 412_512-L09-#00 Review for Q3-Q5

MME 412_512-L09-#00 Review for Q3-Q5

MME 412_512-L08-#25-Introduction to Failure Criteria

MME 412_512-L08-#25-Introduction to Failure Criteria

MME 412_512-L08-#26 Tresca Yield Criteria (Ductile Materials)

MME 412_512-L08-#26 Tresca Yield Criteria (Ductile Materials)

MME 412_512-L08-#27 Von Mises Yield Criteria (Ductile Materials)

MME 412_512-L08-#27 Von Mises Yield Criteria (Ductile Materials)

MME 412_512-L08-#30 Lecture Recap: Ex Problem Finding FOS for VM and Tresca Criterion

MME 412_512-L08-#30 Lecture Recap: Ex Problem Finding FOS for VM and Tresca Criterion

MME 412_512-L08-#28 Comparison of Tresca and Von-Mises Yield Criterion (Ductile)plane stress

MME 412_512-L08-#28 Comparison of Tresca and Von-Mises Yield Criterion (Ductile)plane stress

MME 412_512-L08-#28a Example 7.3-2

MME 412_512-L08-#28a Example 7.3-2

MME 412_512-L08-#29 Coloumb-Mohr Theory (Brittle Materials)

MME 412_512-L08-#29 Coloumb-Mohr Theory (Brittle Materials)

MME 412_512-L08-#24 Strength (Brittle vs Ductile Failure)

MME 412_512-L08-#24 Strength (Brittle vs Ductile Failure)

MME 412_512-L07-#22a Equilibrium and Compatibility Example Problem

MME 412_512-L07-#22a Equilibrium and Compatibility Example Problem

MME 412_512-L07-#21 Equilibrium

MME 412_512-L07-#21 Equilibrium

MME 412_512-L07-#22 Compatibility

MME 412_512-L07-#22 Compatibility

MME 412_512-L07-#22b Common Boundary Conditions

MME 412_512-L07-#22b Common Boundary Conditions

MME 412_512-L07-#23 Plane Strain vs Plane Stress

MME 412_512-L07-#23 Plane Strain vs Plane Stress

MME 412_512-L06-#20 Strain Transformations and Principal Strains

MME 412_512-L06-#20 Strain Transformations and Principal Strains

MME 412_512-L06-#20a Strain Gauge Rosette Example

MME 412_512-L06-#20a Strain Gauge Rosette Example

MME 412_512-L06-#20b Principal Stresses (principal strains) example

MME 412_512-L06-#20b Principal Stresses (principal strains) example

MME 412_512-L06-#18 3D Mohr's Circle

MME 412_512-L06-#18 3D Mohr's Circle

MME 412_512-L06-#19 Determining Maximum Shear Stress & Its plane

MME 412_512-L06-#19 Determining Maximum Shear Stress & Its plane

MME 412_512-L05-#14 3D Stress Transformations (continued from previous lecture)

MME 412_512-L05-#14 3D Stress Transformations (continued from previous lecture)

MME 412_512-L05-#14a Example 2.1-1 (3D rotations as a combo of multiple 2D rotations)

MME 412_512-L05-#14a Example 2.1-1 (3D rotations as a combo of multiple 2D rotations)

MME 412_512-L05-#15 Principal Stresses in 3D

MME 412_512-L05-#15 Principal Stresses in 3D

MME 412_512-L05-#15a Solve for Principal Stresses using MATLAB (Ex. 2.1-4)

MME 412_512-L05-#15a Solve for Principal Stresses using MATLAB (Ex. 2.1-4)

MME 412_512-L05-#16 Stress Invariants

MME 412_512-L05-#16 Stress Invariants

MME 412_512-L05-#17 Mohr's Circle (2D)

MME 412_512-L05-#17 Mohr's Circle (2D)

MME 412_512-L05-#17a Mohr's Circle Ex 2.1-2

MME 412_512-L05-#17a Mohr's Circle Ex 2.1-2

MME 412_512-L04-#13 Simplified 3D Stress Transformations

MME 412_512-L04-#13 Simplified 3D Stress Transformations

MME 412_512-L04-#12c Introduction to directional cosines

MME 412_512-L04-#12c Introduction to directional cosines

MME 412_512-L04-#12b Ex 2.1-2, 2.1-6

MME 412_512-L04-#12b Ex 2.1-2, 2.1-6

MME 412_512-L04-#12a Principal Stresses in 2D (Derivation)

MME 412_512-L04-#12a Principal Stresses in 2D (Derivation)

MME 412_512_L04_#11 Review of 2D Stress Transformations

MME 412_512_L04_#11 Review of 2D Stress Transformations

MME 412_512-L03-#9b Ex 3 Find displacement from strain field (2D)

MME 412_512-L03-#9b Ex 3 Find displacement from strain field (2D)

MME 412_512-L03-#10 Stress Transformations in 2D

MME 412_512-L03-#10 Stress Transformations in 2D

MME 412_512-L03-#10a Ex 4 Plane Stress Transformation (2.1-2)

MME 412_512-L03-#10a Ex 4 Plane Stress Transformation (2.1-2)

MME 412_512-L03-#08 Review of Displacements and Example Problem

MME 412_512-L03-#08 Review of Displacements and Example Problem

MME 412_512-L03-#9a Ex 2 Find displacement from strain field (1D)

MME 412_512-L03-#9a Ex 2 Find displacement from strain field (1D)

MME 412_512-L02-#07a Linear Strains from Displacements

MME 412_512-L02-#07a Linear Strains from Displacements

MME 412_512-L02-#6a Example Problem 1.41 & Example Problem 1.4.2

MME 412_512-L02-#6a Example Problem 1.41 & Example Problem 1.4.2

MME 412_512-L02-#06 Chapter 1.4.2-Shear Strains

MME 412_512-L02-#06 Chapter 1.4.2-Shear Strains

MME 412_512-L02-#05 Recap of Last Lecture

MME 412_512-L02-#05 Recap of Last Lecture

MME 412_512-L02-#7b Shear Strains and Mean Rotation from Displacements

MME 412_512-L02-#7b Shear Strains and Mean Rotation from Displacements

MME 412_512-L02-#07c Example Problem 1.5.1

MME 412_512-L02-#07c Example Problem 1.5.1

MME 412_512_L01-#4 Chapter 1.4: Strain-Stress Relationships

MME 412_512_L01-#4 Chapter 1.4: Strain-Stress Relationships

MME 412_512-L01-#03a-Relating Internal Forces to Internal Stresses

MME 412_512-L01-#03a-Relating Internal Forces to Internal Stresses

MME 412_512-L01-#01-Course Introduction Powerpoint

MME 412_512-L01-#01-Course Introduction Powerpoint

MME 412_512-L01-#02 Chapter 1.3: Uniform Stress

MME 412_512-L01-#02 Chapter 1.3: Uniform Stress