please help ### Failure Theories in Structural Engineering#### Problem Statement:Which failure theory would be appropriate to solve the following problem?* A structural, A36, steel strut is subject to a varying tensile force of 20-kN to a compressive force of 8-kN.#### Options:- **Maximum Shear Stress Theory**- **Maximum Normal Stress Theory**- **Coulomb-Mohr Theory**- **von Mises**- **Endurance Limit**- **Distortion Energy Theory**- **Modified Mohr Theory**- **Goodman Criterion**#### Explanation of Theories:- **Maximum Shear Stress Theory**: Often used for ductile materials under static loading.- **Maximum Normal Stress Theory**: Used for brittle materials, focusing on the maximum normal stress in a body.- **Coulomb-Mohr Theory**: A modification of the Mohr Theory, used for analyzing the failure of materials under complex loading.- **von Mises**: A criterion for ductile materials, often used in metal plasticity.- **Endurance Limit**: Pertains to the maximum stress a material can withstand during cyclic loading without failing.- **Distortion Energy Theory**: Also known as von Mises yield criterion, used for ductile materials.- **Modified Mohr Theory**: A theory that considers both tensile and compressive strength.- **Goodman Criterion**: Used for fatigue analysis, relating to the alternating and mean stresses.This list will assist in determining the appropriate failure theory for analyzing the given structural problem.

This question is based on the concept of the theory of failure.

Which failure theory would be appropriate to solve the following problem: A structural, A36, steel strut is subject to a varying tensile force of 20-kN to a compressive force of 8-kN. Maximum Shear Stress Theory Maximum Normal Stress Theory Coulomb-Mohr Theory von Mises Endurance Limit Distortion Energy Theory Modified Mohr Theory Goodman Criterion

Which failure theory would be appropriate to solve the following problem: A structural, A36, steel strut is subject to a varying tensile force of 20-kN to a compressive force of 8-kN. Maximum Shear Stress Theory Maximum Normal Stress Theory Coulomb-Mohr Theory von Mises Endurance Limit Distortion Energy Theory Modified Mohr Theory Goodman Criterion

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Similar questions

Convert between energy units. 132x10^4 kJ to kcal
Which of these represents the solution for x in 6" = 21?
For the equilibrium Al-Cu system, if you were at a temperature of 547°C and a composition of 60 wt% Cu, what phases would be present? Select the phase(s) from the below list. Atomic percentage, copper °C 10 20 30 40 50 60 70 80 90 100 1,100 1,084.87° Bo 1,000 Yo 900 800 700 660.452 600 53.5 548.2° 567° 5.65 32.7 52.5 500 12 400 52 300 Al 30 40 50 60 70 80 90 Cu Weight percentage, copper 20 101
When a particle is subjected to both gravitational and elastic forces, the resultant force is expressed as which force?
DUE NOW. Please answer it correctly and as immediately as possible. Thank you!
a) The shape of the dish is parabola. What is a parabola?
Find the Total Force A
The surface tension is created by force in fluids Pressure Force Adhesive force cohesive force O Shear force
How did you find the formula of sin teta
The resultant force equals to 10KN 5kN 30KN 40 kN
This refers to the ratio of tensile stress to tensile strain O Bulk Modulus of Elasticity O All of these O Shear Modulus of Rigidity O Young's Modulus of elasticity
I need help. And please, could you give me step by step?