... layers are moved away from each other to better recognize the structure). Five layers of particles were simulated (to obtain the asymptotic value for the fiber-reinforced composite). Materials were PET and graphite. This arrangement requires an analytical model to calculate the effective thermal...

.... 29 08 2014 18 05 2015 Composite materials Fracture Heat transfer The rapid increase in the interest in the use of composite materials in engineering technologies over the last few decades has given rise to a considerable literature in this area. One area of importance...

... fill the original interspace of the xonotlite-type calcium silicate and ceramic fiber in the two kinds of composite insulation materials. 23 08 2010 03 05 2011 13 02 2012 13 02 2012 aerogels composite materials flow measurement flow through porous media heat transfer...

.... , Tavman , I. H. , and C¸ oban , M. T. , 2003 , “ Thermal Conductivity of Particle Filled Polyethylene Composite Materials ,” Compos. Sci. Technol. , 63 ( 1 ), pp. 113 – 117 . 10.1016/S0266-3538(02)00194-X 37 Lewis , T. , and Nielsen , L. , 1970 , “ Dynamic Mechanical...

.... In that way, the whole domain may be treated as a thin multilayer area of extended surface. These properties make the thermal analysis of CPR an ideal field for using the method presented in the previous part of our analysis. composite materials heat transfer multilayers plates (structures) thermal...

..., by Argyris, Tenek, and Oberg for the construction of a special finite element, capable of modeling conduction, convection, and radiation phenomena in thin multilayered plates ( 13 ). Composite materials have found numerous applications in both everyday and high technology applications. Among several...

... by further extending the transformation, such that the mapped domain is governed by isotropic heat conduction. Zhang ( 8 ) developed a partition-matching technique to solve a two-dimensional anisotropic strip with prescribed temperature on the boundary. The ever-growing application of composite materials...

... alumina ceramics composite materials finite element analysis heat transfer microwave heating plasticity polymers silicon compounds temperature distribution microwave heating thermoplastics Nylon 66 polymer composites ceramics Microwave heating is advantageous over conventional...

... of the composites are considered to be temperature-dependent. A nonlinear conjugate gradient method formulation is developed and applied to solve the IHCP in an organic composite slab whose front-surface is subjected to high intensity periodic laser heating. composite materials heat conduction pyrolysis slabs...

... composite materials Laplace transforms multilayers thermal resistance thermal stability heat conduction multilayer composites heat sources temperature-dependent heat generation thermal stability unstable heat equation state formulation root locus stability test Heat conduction...

... treatment on the fin surface enhances heat transfer from the fin. 29 08 2005 21 02 2006 metals heat transfer coatings composite materials temperature distribution thermal conductivity fin efficiency composite annular fin effect of coating layer thickness Being...

... the porous medium and the adjacent fluid layer, as summarized and compared in the work of Alazmi and Vafai 2 . composite materials thermal analysis flow through porous media heat transfer pulsatile flow porosity channel flow two-phase flow temperature distribution 05 February 2004...

... or space, the obtained numerical solution is thereafter interpolated and transformed back to the one in the physical domain. 06 06 2004 06 01 2005 composite materials heat conduction boundary-elements methods direct domain-mapping boundary element method anisotropic heat...

... Editor: G. Chen. 16 October 2002 24 June 2003 19 11 2003 thermal conductivity optimisation heat transfer composite materials Composites Conduction Heat Transfer Optimization Thermophysical In the past decades, considerable attention has...

... winding (process) heat transfer composite materials polymers heat treatment chemical reactions carbon fibre reinforced composites heat conduction Manufacturing Modeling Porous Media Processing Radiation Polymer composites have demonstrated many benefits in aerospace applications...

... of Epoxy Matrix Composites ,” Journal of Composite Materials , 17 , pp. 135 – 169 . Han , C. D. , Lee , D. S. , and Chin , H. B. , 1986 , “ Development of a Mathematical Model for the Pultrusion Process ,” Polym. Eng. Sci. , 26 , pp. 393 – 404 . Bogetti , T...

... received July 25, 2001. Associate Editor: R. Skocypec. 28 08 2000 25 07 2001 10 05 2002 composite materials interface phenomena surface phenomena heat radiation transparency refractive index albedo heat conduction Composites Conduction Heat...

.... 29 February 2000 11 October 2000 functionally graded materials composite materials transport processes solidification gravity cooling temperature distribution sedimentation finite volume methods The recently developed functionally graded materials (FGMs) have been highly...

...; revision received, Sept. 10, 1999. Associate Technical Editor: T. Avedisian. 27 Mar 1999 10 Sept 1999 infrared imaging composite materials heat transfer porous materials Heat Transfer Image Processing Inverse Measurement Techniques Porous Media...

... mixtures inclusions heat transfer composite materials Composites Conduction Finite Element Heat Transfer Materials The self-consistent finite element method has been presented in a general way in order to allow the determination of effective conductive properties...