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The purpose of this journal is to provide a unique forum for the fast publication and rapid dissemination of original research results and innovative ideas on the state-of-the-art on computational methods. The methods should be innovative and of high scholarly, academic and practical value...
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1. Project Title: A Smoothed Finite Element (SFEM) for Fluid-Structural Interaction Problem.
Support Source: National Science Foundation
2. Project Title: A FSI Enabled Practical Rotorcraft Simulator for Morphing Blade Innovation
Support Source: US Department of Army Research Laboratory (sub of Missouri)
3. Project Title: ES-FEM simulation of crack propagation in materials
4. Project Title: FEM ximulation of thin film debounding
5. Project Title: 3D FEM simulation of rubber sealing process: roll-back and close-up (2 views)
6. Project Title: 3D S-FEM simulation of bouncing cells (2 cases: slippery and non-slippery)
7. Project Title: S-FEM simulation of 2 RBCs in U-Tube
8. Project Title: S-FEM simulation of red blood cells in capillary vein
9. Project Title: GSM simulation of vortexes generated by an oscillating airfoil
10. Project Title: SPH simulation of oil spill clean-up
11. Project Title: SPH simulation of shaped charge penetration
12. Project Title: SPH simulation of impact and penetration into shell structures
13. Project Title: SPH simulation of 3D penetration (90 and 15 degree views)
14. Project Title: S-FEM simulation of large deformation of membranes: airbag inflation
15. Project Title: S-FEM simulation of bubble busting
16. Project Title: Automatic capturing of shocks via mesh adaptation
17. Project Title: 3D FEM simulation of running Chain-Sprocket (3 views)
18. Project Title: MD simulation of protein insertion into carbon-nano-tube (CNT)
19. Project Title: DPD simulation of DNA filtering
20. Project Title: S-FEM simulation of large deformation of solids: twisting rubber
20. Project Title: S-FEM simulation of large deformation of solids: punching rubber
22. Project Title: Blood flow over heart valves
23. Project Title: S-FEM simulation of large deformation of solids: squeezed 2 RBCs
