subject
Engineering, 07.05.2021 22:10 peytonwray04

Solve the following problem using Mohr’s Circle (it’s the easier and better approach when parts (b) and (c) are included. The following state of strain has been measured on the surface of a thin plate:εx = +30 μ ε εy = +570 μ ε γxy = +720 μ ε Knowing that the surface of the plate is unstressed and ν= ⅓, determine:(a)The direction and magnitude of the principal strains(b)The maximum in-plane shearing strain(c)The maximum shearing strain.

ansver
Answers: 2

Another question on Engineering

question
Engineering, 04.07.2019 03:10
What precautions should you take to prevent injuries when dealing with heavy loads?
Answers: 1
question
Engineering, 04.07.2019 18:10
Thermal stresses are developed in a metal when its a) initial temperature is changed b) final temperature is changed c) density is changed d) thermal deformation is prevented e) expansion is prevented f) contraction is prevented
Answers: 2
question
Engineering, 04.07.2019 18:10
Shafts are machine elements that are used to a) carry axial loads b) direct shear loads c) transmit power d) rotate at constant speed e) none of the above circular and square shafts subjected to the same torque under the same circum behave a) the same way b) almost the same way
Answers: 2
question
Engineering, 04.07.2019 18:10
Ahot wire operates at a temperature of 200°c while the air temperature is 20°c. the hot wire element is a tungsten wire of 5 um diameter and 2 mm in length. plot using excel current, heat transfer and heat generated by the wire for air velocity varying from 1-10 m/s in steps of lm/s? matlab the sensor voltage output, resistance, or assume nu 0.989 re033pr13 take air properties at tr (200°c20°c)/2 = 110°c properties of tungsten: c 0.13 kj/kg.k 3 p 19250 kg/m k (thermal conductivity) = 174 w/m.k
Answers: 2
You know the right answer?
Solve the following problem using Mohr’s Circle (it’s the easier and better approach when parts (b)...
Questions
question
Mathematics, 29.09.2020 04:01
question
Mathematics, 29.09.2020 04:01