... 2011 14 03 2011 14 03 2011 biomedical materials coatings finite difference methods laser materials processing thermoelasticity vaporisation wave propagation The laser-assisted cell direct-write technique ( 1 2 ), which has no specific viscosity requirement, has been...

... will provide a better understanding of biomaterial-microorganism interaction and will enable the creation of enhanced antimicrobial biomaterials. biomedical materials CVD coatings nanostructured materials thin films nanocrystalline diamond biofilm chemical vapor deposition thin films...

... of the PED process to fabricate PCL scaffolds having necessary mechanical property, structural integrity, controlled pore size, and pore interconnectivity desired for bone tissue engineering. biomedical materials bone cellular biophysics composite materials compressive strength molecular biophysics...

...-2509 10.1016/S0009-2509(99)00501-1 , 55 , pp. 2043 – 2053 . 03 05 2007 10 02 2008 28 03 2008 biomechanics biomedical materials biotechnology cellular biophysics hydrodynamics impact (mechanical) rapid prototyping (industrial) tissue engineering direct writing...

... 383 383 900 383 380 380 1000 380 376 377 1100 375 375 375 09 04 2007 08 01 2008 24 03 2008 austenitic stainless steel biomechanics biomedical materials burnishing design of experiments fatigue life testing mechanical strength microhardness...

... is presented in this paper to illustrate the promise of the developed model as applied to the 3D scaffold fabrication. 29 12 2006 20 08 2007 07 03 2008 biological fluid dynamics biomedical materials cellular biophysics cellular transport colloids gels pneumatic systems tissue...

... the optimal SLS process parameters, we demonstrated the successful fabrication of bone tissue engineering scaffolds based on actual minipig and human condyle scaffold designs. 18 06 2005 14 09 2005 laser sintering layered manufacturing tissue engineering biomedical materials design...