... inlet and susceptor concentricity geometric symmetry material and gas properties Focusing on objectives such as percentage working area and mean deposition rate, the reliability-based design optimization (RBDO) algorithms are employed. Probabilistic constraints are established with respect...

...P. Rattanadecho; K. Aoki and; M. Akahori The heating of multi-layered materials by microwave heating with rectangular wave guide has been investigated numerically and experimentally. The multi-layered materials, which consist of the layer of higher dielectric material (antireflection layer...

...R. M. Tarafdar; T. L. Bergman Simulations and experiments are performed to investigate the coupled thermal and morphological response of polymer material during non-isothermal sintering. The experimental results are utilized to validate a numerical model that describes the response of the system...

... in flip chip technology utilizes two levels of thermal interface materials: between the die and the heat spreader, and between the heat spreader and the heat sink. Phase change materials and thermal greases are among the most prominent interstitial thermal interface materials (TIM) used in electronic...

...: W. Webb. 18 April 2000 03 November 2000 materials light scattering turbulent diffusion flames refractive index reflectometry chemically reactive flow Combustion Fire Flame Heat Transfer Radiation The extinction and scattering properties of soot at visible...

.... Contributed by the Heat Transfer Division for publication in the Journal of Heat Transfer. Manuscript received by the Heat Transfer Division April 3, 2000; revisionreceived December 7, 2000. Associate Editor: R. Skocypec. 03 April 2000 07 December 2000 materials error analysis...

...) iterative methods heat transfer Computational Heat Transfer Manufacturing Materials Modeling One of the most widely used methods for drawing optical fibers is based on heating a specially fabricated silica glass preform in a cylindrical furnace above its softening point of around 1900K...

...J.-P. Delplanque; E. J. Lavernia; R. H. Rangel This work defines a model to predict the characteristics of materials processed using reactive spray atomization and deposition. The materials considered are aluminum alloys while target dispersoids are primarily oxides. These may be obtained...

... mixtures inclusions heat transfer composite materials Composites Conduction Finite Element Heat Transfer Materials This paper begins with the presentation of the dual general equations obtained with the volume average technique for the effective thermal conductivity...

... as a feasible alternative to improving the productivity. Conjugate heat transfer effects that arise demonstrate that reactor wall thickness and material may be judiciously chosen to improve temperature uniformity and enhance heat transfer rates, thereby improving deposition rate, film uniformity, and quality...

... torch speed resulted in a much shorter tapered entry than the case of a constant torch speed. 24 Mar 1997 13 Mar 1998 05 12 2007 Heat Transfer Mass Transfer Materials Unsteady Vapor Deposition Bird, R. B., Stewart, W. E., and Lightfoot, E. N., 1960, Transport Phenomena...

...Z. Zhang; M. F. Modest The absorptance of a material at the laser wavelength and as a function of temperature, ranging from room temperature to the removal point, significantly affects the efficiency of the laser machining process. A priori predictions of a laser machining process, using either...

... at extremely high heat flux. This investigation considers the elastic stresses in circular plates subjected to extremely high heat fluxes. A gaussian distributed heat load is applied to one surface of the plate and the heat flux at which yielding occurs is identified. Several candidate materials are examined...

... model is used in this paper to account for film boiling Contributed by the Heat Transfer Division for publication in the JOURNAL OF HEAT TRANSFER. Manuscript received by the Heat Transfer Division February 1995; revision received February 1996. Keywords: Boiling, Conduction, Materials Processing...