Boundary element methods for nonlinear heat conduction in solids by Raghavan, Raghuraman

“…The code is used to generate results for a steady-state heat conduction problem in homogeneous solids with varying boundary conditions and geometries. …”
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Thermofluid patterns at liquid surface with non-uniform heating by Lim, Kenneth Zhi Hui

“…In the present study, thermal patterns will be investigated under non-uniform heating as the temperature and temperature gradient within the droplet starts to vary. …”
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Numerical investigations on vortex-ring collisions with heated sphere by Hoong, Jun Fong

“…A vortex ring of Reynold number 2000 and sphere-to-ring diameter ratios of 1 were used respectively. The heated sphere was set to a constant temperature of 363K to allow for heat transfer interactions with the vortex flow field. …”
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Non-Markovian refrigeration and heat flow in the quantum switch by Cheong, Jian Wei, Pradana, Andri, Chew, Lock Yue

“…Our work reveals that positive heat extraction is still possible even when the working body is at a higher temperature than the interacting baths, allowing us to construct a refrigeration cycle utilizing this feature.…”
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Experimental studies of melting PCM in a heat sink by Muhammad Azrin Sa'ad.

“…This project presents the experimental studies and findings of melting phase change material in a heat sink. The heat sink design that was the focus of this study is based on the pin finned heat sink design. …”
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Effect of heat treatment on the spheroidisation process of carbon steel by Lam, Jiang Liang

“…However, pearlite will transforms into spheroidite after heat treatment for a long time. In this report, study was done to understand the theory, microstructure and behavior of steel by alloying with different elements, various percentages of elements, and heat treated in different condition. …”
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Heat of hydration and mechanical properties of high performance concrete by Low, Kai Li.

“…In this study, mineral admixtures such as Ground Granulated Blast-furnace Slag (GGBS) and Ultra Fine GGBS (UFGGBS) were used as replacement of cement to investigate the properties of concrete such as compressive strength, modulus of elasticity and the heat of hydration.…”
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Enhanced microscale heat transfer phenomena in macro geometry by Lembono, Teguh Santoso.

“…The high heat removal capability of microchannel heat sink meets the demand of high heat dissipation from various applications, especially in the microprocessor industry. …”
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Heat transfer enhancement in drag-reducing channel flow by Yeo, Keng Hoo

“…This is mainly due to the fact that the polymer additive’s capability as a drag reducer can be permanently crippled when subjected to high shear rates or exposed to prolonged period of turbulent flow and repeated heating and cooling. In contrast to the polymer additives, mechanical degradation of surfactant additives when exposed to regions of high shear stress or repeated heating and cooling is only temporary. …”
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Experimental verification of heat and mass transfer in cargo simulation by Chong, Laurel Yun Ning

“…To improve the efficiency of the transportation of oil there is a growing need to look into cargo heating management. The process of heating cargo oil can affect fuel consumption significantly during the shipment. …”
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Analysis of heat dissipation and thermal enhancements in electronic packages by Loh, Chiah Vern.

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Study of heat transfer through micro-structured surfaces by Chin, Wei Hao

“…The phenomenon of film boiling is used in the experiment to study the thermo-physical properties of silicon chips. The heat transfer performance of a chip can be determined directly from the calculation of the critical heat flux of the liquid medium surrounding the chip, just as the boiling curve arrives at the film boiling zone. …”
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Boundary element method for non-linear heat conduction by Tan, Yuyan

“…Heat is important in our daily lives. It warms our house, dry our clothes, heat the water and enable us to cook. …”
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Feasibility study of industrial waste heat recovery in Singapore by Khairul Azahar Abdul Rashid

“…For this project, it will be based on tapping waste heat from gas power plants, waste incinerators as the bulk of the waste heat originates from these sources. …”
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Modeling and optimization of thermoelectric generator for waste heat recovery by Ji, Dongxu

“…Tremendous energy is dissipated as waste heat during industrial processes. Many waste heat recovery technologies have been proposed to convert some waste heat to useful energy. …”
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Contractor Learning and Home Energy Efficiency in Heat Pump Installations by Ontiveros, Johnattan H.

“…This learning impact is strongest for homes with a natural gas backup heater, which is the cheapest source of heating in Massachusetts followed by electric heat pump heating. …”
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Optimizing heat transfer with nano additives: A mathematical approach by Hanif, Hanifa, Shafie, Sharidan, A. Alanazi, Abeer, Alzahrani, S. S., Alarabi, T. H.

“…This study is carried out to investigate heat transfer of hybrid nanofluid between two concentric cylinders using the fractional Maxwell model. …”
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Internal energies and specific heats of condensed neon and argon system by Asger, Mohammed, Usmani, Q.N.

“…We report results from molecular dynamic computations for internal energy and specific heat of condensed neon and argon systems in the temperature range 9-85 K modeled by Lennard Jones and Aziz potentials. …”
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Stability analysis for heat transfer flow in micropolar hybrid nanofluids by Nur Hazirah Adilla, Norzawary, Siti Khuzaimah, Soid, Anuar, Mohd Ishak, Muhammad Khairul Anuar, Mohamed, Khan, Umair, Sherif, El Sayed M., Pop, Ioan Mihai

“…The friction factor is higher for the branch of the first solution and lower in the second branch due to the higher magnetic parameters, while the opposite behavior is seen in the case of the local heat transfer rate. Originality: the novelty of this model is that it finds multiple solutions in the presence of Cu and Al2O3 nanoparticles and also performs the stability analysis. …”
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On convection driven by surface tension caused by transient heat conduction by Tan, Ka Kheng, Thorpe, Rex B.

“…The critical times and critical depths for stable heat conduction in liquids (before convection) can thus be determined accurately. …”
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