The effective thermal transport in particulate composites depend, in addition to particle/matrix conductivities and volume loading of the particles, on particle distribution and particle size, and the interfacial thermal resistance between the particles and the matrix. However, the relative contributions of these effects have not been identified in the literature with sufficient clarity owing to a lack of realistic simulations of these systems. In this thesis, a meshless computational procedure based on hierarchical partition of unity field compositions (HPFC) is used to simulate heat transport in three-dimensional microstructures. Applying the HPFC procedure random microstructures of Alumina (kp = 25 W/mK) as well as Aluminum (k p = 250 W/...
In this work, we propose a novel analytical model to obtain the thermal conductivity of a composite ...
Thermal interface materials have been widely adopted in the thermal management for electronics syste...
Polymers possess desirable properties such as low specific gravity and good corrosion resistance, wh...
Particulate composites are commonly used in Microelectronics applications. One example of such mater...
A critical need in developing thermal interface materials (TIMs) is an understanding of the effect o...
Highly conductive composites have found applications in thermal management, and the effective therma...
In this article, we propose a computational heat conduction model to estimate the thermal conductivi...
Particle-laden composites are typical thermal interfacial materials (TIMs) in the electronic applica...
The predictions of major effective medium models and 2-dimensional numerical models implemented in A...
Abstract: In this paper, we investigated the effective thermal conductivity of three dimen-sional na...
In several recent applications, including those aimed at developing novel thermal interface material...
The combination of various types of materials is often used to create superior composites that outpe...
This Chapter addresses the numerical simulation of thermal diffusion in multi-phase materials. A Lat...
In this article, we propose an analytical heat conduction model within a stochastic frame work which...
In this study, the effective thermal conductivity of aluminum filled high-density polyethylene compo...
In this work, we propose a novel analytical model to obtain the thermal conductivity of a composite ...
Thermal interface materials have been widely adopted in the thermal management for electronics syste...
Polymers possess desirable properties such as low specific gravity and good corrosion resistance, wh...
Particulate composites are commonly used in Microelectronics applications. One example of such mater...
A critical need in developing thermal interface materials (TIMs) is an understanding of the effect o...
Highly conductive composites have found applications in thermal management, and the effective therma...
In this article, we propose a computational heat conduction model to estimate the thermal conductivi...
Particle-laden composites are typical thermal interfacial materials (TIMs) in the electronic applica...
The predictions of major effective medium models and 2-dimensional numerical models implemented in A...
Abstract: In this paper, we investigated the effective thermal conductivity of three dimen-sional na...
In several recent applications, including those aimed at developing novel thermal interface material...
The combination of various types of materials is often used to create superior composites that outpe...
This Chapter addresses the numerical simulation of thermal diffusion in multi-phase materials. A Lat...
In this article, we propose an analytical heat conduction model within a stochastic frame work which...
In this study, the effective thermal conductivity of aluminum filled high-density polyethylene compo...
In this work, we propose a novel analytical model to obtain the thermal conductivity of a composite ...
Thermal interface materials have been widely adopted in the thermal management for electronics syste...
Polymers possess desirable properties such as low specific gravity and good corrosion resistance, wh...