
 👍 0
 👎 0
posted by MathMate 
 👍 0
 👎 0
posted by MathMate 
 👍 0
 👎 0
posted by MathMate 
 👍 0
 👎 0
posted by NICK 
 👍 0
 👎 0
posted by MathMate 
 👍 0
 👎 0
posted by Destroyer
Respond to this Question
Similar Questions

Material Sciences
HW9_1: AXIAL AND TRANSVERSE STRAINS  THE POISSON'S RATIO When no loads are applied, the isotropic elastic block depicted below is a cube of side L0=200 mm. When the distributed load (surface traction) q=200 MPa is applied as
asked by AMK on July 17, 2013 
Physics
HW9_1: AXIAL AND TRANSVERSE STRAINS  THE POISSON'S RATIO When no loads are applied, the isotropic elastic block depicted below is a cube of side L0=200 mm. When the distributed load (surface traction) q=200 MPa is applied as
asked by MAN on July 18, 2013 
soild mechanics
Under what axial tensile load, the diameter of a steel bar will be reduced from 8 cm to 7.995 cm? Take E as t/cm2 and Poisson’s ratio as 0.3
asked by priya on February 5, 2017 
solid mechanics
Under what axial tensile load, the diameter of a steel bar will be reduced from 8 cm to 7.995 cm? Take E as 2.0 ´ 103 t/cm2 and Poisson’s ratio as 0.3.
asked by raju on August 30, 2016 
solid mechanics
Under what axial tensile load, the diameter of a steel bar will be reduced from 8 cm to 7.995 cm? Take E as 2.0 ( 103 t/cm2 and Poisson’s ratio as 0.3.
asked by rakesh on August 29, 2016 
sakre school
A piece of material subjected to three mutually perpendicular stresses of 70, 56 and 84 Mpa. If E = 200GPa, Poisson's ratio = 0.28, determine (10) (a) Principal strains (b) Shear modules (c) Bulk modules.
asked by avin on August 8, 2015 
solid mechanics
A piece of material subjected to three mutually perpendicular stresses of 70, 56 and 84 Mpa. If E = 200GPa, Poisson's ratio = 0.28, determine (10) (a) Principal strains (b) Shear modules (c) Bulk modules.
asked by Anonymous on July 24, 2013 
solid mechanics
A round bar 40 mm dia meter is subjected to an axial pull of 80 kn and reduction in diameter was found to be 0.00775mm.find poisson's ratio and young's modules for the material of the bar. take value of shear modules as 40kn/mm
asked by sushil on July 25, 2013 
physics
A vertical load W is applied to joint C of truss ABCDE as indicated. You will use the method of joints to obtain the axial forces in the bars and reactions at the supports A and E in terms of the magnitude of the applied load, W.
asked by SD TRUSS PROBLEM WITH THE METHOD OF JOINTS on July 1, 2014 
mechanical behaviour of materials
n isotropic alloy contains 5% by volume of a precipitate of radius 10nm. Assume the primary metal is in a simple cubic arrangement. The alloy has a Young's modulus E=70GPa and a Poisson's ratio ν=0.35. If Γ=0.9J/m2 (the energy
asked by karthik on November 27, 2016