# Question: Suppose an NX size test cylinder with an L D

Suppose an NX-size test cylinder with an L/D ratio of two has a Young’s modulus of 10 million psi, a Poisson’s ratio of 0.35 and fails in uniaxial compressive at 0.1% strain.

Find:

1 The axial load (kN) and stress (unconfined compressive strength, psi) at failure;

2 The relative displacement of the cylinder ends at failure (in inches).

Find:

1 The axial load (kN) and stress (unconfined compressive strength, psi) at failure;

2 The relative displacement of the cylinder ends at failure (in inches).

## Answer to relevant Questions

Suppose an NX-size test cylinder with an L/D ratio of two has a Young’s modulus of 68.97 GPa, a Poisson’s ratio of 0.35, and fails in uniaxial compressive at 0.1% strain. Find:Br> 1 The axial load (kN) and stress ...A stress measurement made in a deep borehole at a depth of 500 m (1,640 ft) indicates a horizontal stress that is three times the vertical stress and that the vertical stress is consistent with an estimate based on ...A function f: R2 → R is said to be independent of the second variable if for each x € R we have f (x, y1) = f (x, y2) for all y1, y2. €R Show that f is independent of the second variable if and only if there is a ...Use the theorems of this section to find f1 for the following: a. f(x, y, z) = xy b. f(x, y) = sin (xsin (y)). c. f(x, y, z) = sin (xsin (ysin (z)) d. f(x, y, z) = xy2 e. f(x, y, z) =xy+z f. f(x, y, z) =(x + ...f (x,y) = xxxxx = (log (x))(aretan (aretan(sin(eos(xy)) – log (x + y ))))),Post your question