... materials shapes (structures) fatigue mechanics materials science In recent years, the mechanistic understanding of the fatigue behavior of advanced materials has continued to emerge. Some of the systems that have been examined include: biomaterials, cellular materials, aerospace materials...

... welcome. Two special issues are planned for 2003–2004: one guest edited by Prof. M. Pelegri and the other by Prof. Y. Huang. The scope of the journal remains the same. It is one of the best venues for publishing papers linking mechanics and materials science and engineering. The science emphasis...

...Ewald A. Werner, Professor; Vadim V. Silberschmidt, Professor of Mechanics of Materials; Helmut J. Bo¨hm, Associate Professor mechanical properties composite materials continuum mechanics crystal microstructure domains materials science This special issue of the Journal...

... comments. The symposium was organized into eight sessions on: 1) power plant applications; 2) gas turbine applications; 3) high temperature coatings applications; 4) structural life prediction; 5) new materials; 6) micromechanical materials science; 7...

... are utilized to quantify the pertinent deformation mechanisms, such as atomistic simulations, microscopy, micromechanical finite element simulations, and mechanical testing. The current methodology is a step toward a larger goal of interactively integrating basic materials science research into engineering...

... that an “end-user” system can be partitioned into subsystems and linking variables. The subsystems generally lie along traditional disciplines, e.g., materials science, mechanical engineering, manufacturing etc. The linking variables serve as the vehicle for multidimensional coupling among the subsystems...