Transmission Conditions for Thin Reactive Heat-Conducting Interphases: General Case

Gennady Mishuris; Wiktoria Miszuris; Andreas Öchsner

doi:10.4028/www.scientific.net/DDF.283-286.521

Paper Titles

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Effect of SiC Particles Volume Fraction on the Mutual Diffusion of Al and Cu during Fabrication of Al-4.5wt%Cu/SiC via Mechanical Alloying
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An Indirect Approach for Correlation of Permeability and Diffusion Coefficients
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Thermo-Mechanical Coupled Problems at Finite Strains
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Transmission Conditions for Thin Reactive Heat-Conducting Interphases: General Case
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Numerical Modelling of Mass Transfer Problems in Combined Domains with Non-Linear Imperfect Transmission Conditions
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Structural Relaxation Process in CuHfTi Amorphous Alloys
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Kinetics of the Calcium Oxysulfides Reduction by Carbon Monoxide
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Some Basic Results and Techniques of Studying Anomalous Diffusion and Segregation in Metals: Relevance to New Nanofabrication Applications
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Transmission Conditions for Thin Reactive Heat-Conducting Interphases: General Case

Abstract:

Imperfect transmission conditions modelling a thin reactive intermediate layer be- tween two bonded materials in a dissimilar strip are derived in this paper in most general case extending results obtained previously in [1]. The interphase material is assumed to be heat-resistant and situated in a thin rectangular domain between the main materials.