... process. The experimental results of the EF and FRR sensors agree with those of the FBG sensors for cure monitoring. resin transfer molding process monitoring composite materials fiber optic sensors Composite materials offer many advantages over conventional metallic materials...

... mold filling software packages and quickly provide reasonably accurate results. Jeffery’s orbit short-fiber-reinforced composite materials fiber orientation equivalent aspect ratio cylindrical fiber axisymmetric fiber composite materials fibres finite element analysis...

... vary significantly from part to part as it depends on the composite material properties, part thickness, and boundary conditions. The one-dimensional heat transfer equation and the associated boundary conditions and initial conditions are written in dimensionless form by introducing the following...

... aluminium casting composite materials finite element analysis impellers aluminum matrix composite stir casting flow behavior FEM analysis Particle reinforced aluminum matrix composite possesses the significantly enhanced mechanical properties including high strength, high stiffness...

... and afterwards it has been validated by analyzing the experimental tests with the quality of some benchmark manufactured by the innovative cell. 28 02 2008 30 04 2009 07 07 2009 composite materials robotic assembly three-term control composite structural components variable...

... at high cutting velocities. Thus, overall, an increase in CNT loading appears to improve the machinability of the composite. 18 07 2008 18 02 2009 05 05 2009 carbon nanotubes composite materials machinability CNT composites micro-machining Carbon Nanotubes (CNTs...

.... 18 04 2007 02 08 2007 11 04 2008 biomedical materials bone cellular biophysics composite materials compressive strength molecular biophysics orthopaedics polymers scanning electron microscopy tissue engineering The scaffolds designed for tissue engineering...

... composite materials CVD coatings cutting Advanced materials such as metal matrix composites (MMCs) have been increasingly used for high-strength mechanical components, such as automotive drive shafts, ground vehicle brake rotors, and aircraft fins, etc. However, machining such composites presents...

...A. L. Jeswani; J. A. Roux Pultrusion, sometimes referred to as continuous resin transfer molding process, is a continuous, cost-effective method for manufacturing composite materials with constant cross sections (such as rod stock, beams, channels, and tubing). The objective of this study...

...J. M. Rodrı´guez Lelis; J. Colı´n Ocempo; J. Porcayo Caldero´n; J. M. Robles In the present work, it is shown that friction can be used to deposit diamond in a substrate of copper. Here it was found through electronic scan microscopy that a composite material film that varies from 27 to 30 microns...

... Editor: K. F. Ehmann. 01 December 1998 01 June 2001 29 04 2002 composite materials machining delamination carbon fibre reinforced composites cutting manufacturing processes Fiber-reinforced composites (FRCs) possess superior properties such as high strength...

... into the scaling laws for manufacturing of large scale structures by VARTM. [S1087-1357(00)02002-5] composite materials manufacturing processes scaling phenomena flow through porous media VARTM offers numerous cost advantages over traditional resin transfer molding via lower tooling costs, room...

... by the Manufacturing Engineering Division for publication in the JOURNAL OF MANUFACTURING SCIENCE AND ENGINEERING . Manuscript received December 1998; revised June 1999. Associate Technical Editor: R. Smelser. 01 Dec 1998 01 June 1999 composite materials thermomechanical treatment resistance...