... inclusions is explained by spin-dependent tunneling between magnetic nanoparticles. However, no study has been yet performed on the GMR effect in MREs, which consist of microsize magnetic particles in a nonconductive polymer. 28 11 2008 23 04 2009 17 08 2009 compressive strength...

... simulation and actual physical experimentation. 05 07 2007 21 08 2008 07 10 2008 compressive strength feedback linearisation techniques rods (structures) structural engineering wires Tensegrity is a concept in which a set of compressive components (rods) interacts...

... tensile strength compressive strength springs (mechanical) Tensegrity systems are those whose components are subjected to either tensile or compression loads in all possible configurations. This is made possible by the self-stressing capability of these systems. By using springs or cables...

.../02783649922066583 , 18 ( 2 ), pp. 819 – 829 . 06 07 2004 02 02 2005 kinematics statics tensile strength compressive strength springs (mechanical) The origin of tensegrity systems has been and always will be the subject of an ongoing debate. Although the term tensegrity...

... finite element analysis fasteners compressive strength deformation Bolted joints are widely used in industries, e.g., pressure vessels, automobiles, machine tools, home appliances and so on. A bolted joint is usually pre-loaded and designed to resist axial or eccentric axial tension as well...

... compressive strength buckling mechanical stability structural engineering design engineering Traditional rigid-body mechanisms consist of rigid links connected at movable joints. By definition, they transfer or transform motion, force, or energy. Similarly, compliant mechanisms also transfer...

... load components along axes which do not exist in the case of spur rotors. rotors load distribution compressive strength pneumatic systems fluid mechanics 01 Oct 1999 Contributed by the Power Transmission and Gearing Committee for publication in the JOURNAL OF MECHANICAL...