Copy and Edit

Mechanics of Materials Formulas

Description

FE Engineering Flashcards on Mechanics of Materials Formulas, created by Joshua Morris on 19/05/2020.
Joshua Morris
Flashcards by Joshua Morris, updated more than 1 year ago
Joshua Morris
Created by Joshua Morris almost 4 years ago
58
0
0

Resource summary

Question Answer
Thin-Walled Sections: Angle Of Twist
Image: Angle Of Twist Thin Walled Sections (binary/octet-stream)
Axial: Strain ε = σ/E = δ/L
Axial: Stress σ = P/A = Eε
Axial: Stiffness k = P/δ = P/(εL) = 1/f = EA/L
Axial: Flexibility f = δ/P = (εL)/P = 1/k = L/EA
Shear Modulus G = E/[2(1+ν)]
Axial: Shear Stress τ = V/Av = Gγ
Poisson's Ratio ν = -(ε'/ε)
Axial: Temperature Strain ε = α⋅ΔT
Axial: Temperature Displacement δ = εL
Load, Bending, & Shear Relationships
Image: Bending&Shear Relationships (binary/octet-stream)
Torque: Angle of Twist
Image: Twist (binary/octet-stream)
Torque: Torsional Constant
Image: Torsional Constant Thin Walled Sections (binary/octet-stream)
Torque: Angle of Twist (Integral)
Image: Twist Complicated Formula (binary/octet-stream)
Torque (Thin-Walled): Shear Stress
Image: Torque Stress Thin Walled Sections (binary/octet-stream)
Torque: Stiffness
Image: Torsional Stiffness(Round Sections) (binary/octet-stream)
Torque: Energy Density
Image: Torque Energy Density (binary/octet-stream)
Axial: Temperature Strain
Image: Temp Strain (binary/octet-stream)
Torque (Thin-Walled): Integral
Image: Torque In Thin Walled Sections (binary/octet-stream)
Axial: Temperature Deflection
Image: Temp Stress (binary/octet-stream)
Torque: Maximum Shear Stress
Image: Shear Stress (binary/octet-stream)
Torque: Shear Stress
Image: Shear Stress From Torque (binary/octet-stream)
Stress Concentration
Image: Stress Concentration Factor (binary/octet-stream)
Strain vs. Shear Strain
Image: Strain Vs Shear Strain (binary/octet-stream)
Axial: Internal Energy
Image: Simplified Internal Work(Axial) (binary/octet-stream)
Section Modulus
Image: Section Modulus (binary/octet-stream)
Shape Factor
Image: Shape Factor (binary/octet-stream)
Torque (Thin-Walled): Shear Flow
Image: Shear Flow (binary/octet-stream)
Shear Stiffness
Image: Shear Stiffness (binary/octet-stream)
Torque: Shear Strain
Image: Shear Strain (binary/octet-stream)
Polar Moment of Inertia
Image: Polar Moment Of Inertia (binary/octet-stream)
Plastic Moment of Inertia
Image: Plastic Momentof Inertia (binary/octet-stream)
Power
Image: Power (binary/octet-stream)
Torque: Rate of Twist
Image: Rate Of Twist (binary/octet-stream)
Axial: Ramberg-Osgood Deflections
Image: Ramberg Osgood Deflection (binary/octet-stream)
Mohr's Circle (Stress): Stresses at Angles
Image: Mohr's Circle Stresses@Orientations (binary/octet-stream)
Bending: Moment-Stress Relationship
Image: Moment (binary/octet-stream)
Bending: Moment-Curvature Relationship
Image: Moment Vs Curvature (binary/octet-stream)
Moment of Inertia Relationships
Image: Moment Of Inertia Relationship (binary/octet-stream)
Mohr's Circle (Stress): Mean, Average, and Radius
Image: Mohr's Circle Mean,Amplitude,&Radius (binary/octet-stream)
Mohr's Circle (Strain): Principal Strains
Image: Mohr's Circle(Strain) Principal Strains (binary/octet-stream)
Mohr's Circle (Stress): Principal Stresses
Image: Mohr's Circle Principal Stresses (binary/octet-stream)
Mohr's Circle (Strain): Strains at Angle
Image: Mohr's Circle(Strain) Stresses@Orientations (binary/octet-stream)
Mohr's Circle (Strain): Mean, Average, and Radius
Image: Mohr's Circle(Strain) Mean,Amplitude,&Radius (binary/octet-stream)
Torque: Max Shear Stress
Image: Max Shear Stress From Torque (binary/octet-stream)
Torque: Internal Energy
Image: Internal Work(Torque) (binary/octet-stream)
Axial: Modulus of Resilience
Image: Modulus Of Resilience (binary/octet-stream)
Torque: Max Shear Strain
Image: Max Shear Strain (binary/octet-stream)
Torque: Internal Energy (Simplified)
Image: Internal Work Simplified(Torque) (binary/octet-stream)
Axial: Internal Energy (Simplified)
Image: Energy Density(Axial) (binary/octet-stream)
Ramberg-Osgood Equation
Image: General Ramberg Osgood (binary/octet-stream)
Torque: Internal Energy (Simplified)
Image: Internal Energy Thin Walled Secitons (binary/octet-stream)
Axial: Internal Energy
Image: Internal Work(Axial) (binary/octet-stream)
Curvature, Load, Shear, & Moment Relationships
Image: Deflection Vs Shear Vs Moment Vs Load (binary/octet-stream)
Bending: Stress (Simplified)
Image: Bending Stress (binary/octet-stream)
Axial: Deflection
Image: Deflection (binary/octet-stream)
Bending: Strain (Simplified)
Image: Bending Strain (binary/octet-stream)
Centroid
Image: Centroid (binary/octet-stream)
Bending: Shear Stress & Shear Flow
Image: Bending Shear Flow Constants&Shear Stress (binary/octet-stream)
Bending: Shear Stress
Image: Bending Shear Flow (binary/octet-stream)
Bending: Stiffness
Image: Bending Stiffness (binary/octet-stream)
Bending: Moment-Stress-Curvature Relationships
Image: Bending Moment Stress Relationship2 (binary/octet-stream)
Bending: Radius of Curvature
Image: Bending Radius Of Curvature (binary/octet-stream)
Bending (Small Deflections): Radius of Curvature
Image: Bending Radius Of Curvature Small Deflecitons (binary/octet-stream)
Bending: Moment of Inertia
Image: Bending Moment Of Inertia (binary/octet-stream)
Bending: Basic Moment-Stress Relationship
Image: Bending Moment Stress Relationship (binary/octet-stream)
Bending: Max Tensile Stress
Image: Bending Max Tensile Stress (binary/octet-stream)
Torque (Thin-Walled): Angle of Twist
Image: Angle Of Twist Thin Walled Sections (binary/octet-stream)
Bending: Rate of Bending-Moment Relationship (Simplified)
Image: Bending Curvature Small Deflections (binary/octet-stream)
Bending: Max Compressive Stress (Simplified)
Image: Bending Max Compressive Stress (binary/octet-stream)
Bending: Curvature vs. Radius of Curvature
Image: Bending Curvature (binary/octet-stream)
Bending (Composites): Moment-Curvature Relationship
Image: Bending Moment Curvature&Stress (binary/octet-stream)
Show full summary Hide full summary

Want to create your own Flashcards for free with GoConqr? Learn more.

Similar

RIDDOR regulations
rhiannonsian
Pavements
Jamie Lane
Asbestos
rhiannonsian
Orbital Mechanics
Luke Hansford
Software Processes
Nurul Aiman Abdu
Module 1: Introduction to Engineering Materials
Kyan Clay
Mathematics
rhiannonsian
Power
Luke Hansford
AOCS - Attitude and orbit control systems
Luke Hansford
Ordinary Differential Equations
rhiannonsian
audio electronics
Lillian Mehler
Browse Library