a) fe=\(\frac{A_el_ef}{2} \int_{-1}^{1}\) NT dξ
b) fe= \(\frac{A_el_e}{2}\int_{}^{1}\) NT dξ
c) Conditioning strategies
d) fe=∫ NT dξ
Answer: a
Explanation: A body force is a force that acts throughout the volume of the body. In FEM, Element body force vector is given by
fe=\(\frac{A_el_ef}{2} \int_{-1}^{1}\) NT dξ
Related Posts
Unidirectional composites are stacked at different fiber orientations to form a ______
v12 indicates that the poisson’s ratio that characterizes the decrease in ______ during tension applied in ______
The principal material axes that are normal to the _______
Orthotropic planes have ____ mutually perpendicular planes of elastic symmetry.
Unidirectional fiber- reinforced composites also exhibit _______ behavior.
Give an example of orthotropic material?
I the distribution of the change in temperature ΔT, the strain due to this change is ____
Join The Discussion