Wednesday
October 1, 2014

Homework Help: Physics

Posted by helpless on Tuesday, April 30, 2013 at 3:36am.

Tapered bar with end load
The small tapered bar BC has length L=0.1 m and is made of a homogeneous material with Young’s modulus E=10 GPa. The cross sectional area of the bar is slowly varying between A0=160 mm^2 (at B) and A0/2 (at C), as described by the function:

A(x)=A0/(1+(x/L))

The bar is fixed at B and a load P=8kN is applied at the free end C. Determine the total elongation, δ, of the bar. (in mm)

Answer this Question

First Name:
School Subject:
Answer:

Related Questions

Physic - The built-in composite bar BC of length L=2 m is composed of two ...
PHYSIC - The built-in composite bar BC of length L=2 m is composed of two ...
physic - The bar in the figure has constant cross sectional area A . The top ...
physics - bar subjected to gravity load (two segments) the bar in the fig has ...
physics - bar subjected to gravity load (two segments) the bar in the fig has ...
physics - bar subjected to gravity load (two segments) the bar in the fig has ...
Physics - The bar in the figure has constant cross sectional area A. The top ...
Physics - The bar in the figure has constant cross sectional area A. The top ...
Physic - A bar has a constant cross sectional area A. The bar is devided in 2 ...
physics - A steel bar of length L=2 m, with modulus E=200 GPa and constant cross...

Search
Members