This book can be considered as a novel work dealing with adopting the unit cell method in the micromechanical analysis of a beam manufactured from fiber-reinforced composite materials subjected to pure bending load at different boundary conditions of both ends in order to investigate the effect of various factors on the beam response and the magnitude stresses induced such as constituents mechanical properties, their volume fraction or even fiber diameter.
Luay Muhammed Ali
Bsc. in Mechanical Engineering from the University of Mosul 1986. MSc in Applied Mechanics from the college of engineering, University of Babylon 2007. Currently Head of Mechanical Technologies department in Najaf Technical Institute at Al-Furat Al-Awsat Technical University.
Number of Pages:
LAP LAMBERT Academic Publishing
Composite materials, Micromechanical Analysis, Unit Cell Method
TECHNOLOGY / Engineering / General