Finite volume method for one-dimensional heat conduction in functionally graded materials by Soh, Nicholas

“…Problems of heat transmission with functionally graded materials can be studied using sophisticated analysis and simulation techniques. …”
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Low-temperature specific heat capacity of water-ammonia mixtures down to the eutectic by Chua, Bing Hong, Gloesener, Elodie, Choukroun, Mathieu, Vu, Tuan H., Melwani Daswani, Mohit, Journaux, Baptiste, Styczinski, Marshall J., Vance, Steven D.

“…This is the first known set of data with sufficient fidelity to investigate the trend of specific heat capacity with respect to temperature. The obtained Cp in the liquid phase domain above the liquidus generally increases with temperature. …”
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Variational and thermodynamically consistent finite element discretization for heat conducting viscous fluids by Gawlik, Evan S., Gay-Balmaz, François

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Numerical simulation of effective heat recapture ammonia pyrolysis system for hydrogen energy by Lim, Jian Tiong, Ng, Eddie Yin Kwee, Saeedipour, Hamid, Lee, Hiang Kwee

“…The design considerations included the concept of the number of transfer units and heat exchanger efficiency, achieving a heat recapture system efficiency of up to 91%. …”
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Thermal energy storage enhancement of latent heat thermal energy storage systems by Low, Zheng Hua

“…With the pressing need to decarbonize, industries are turning to renewable energy and energy saving technologies in a bid to reduce emissions. Latent Heat Thermal Energy Storage (LHTES) systems is an enabler for waste heat energy storage, solar power storage, district heating and cooling. …”
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Boundary element methods for axisymmetric heat conduction and thermoelastic deformations in nonhomogeneous solids by Yun, Bao Ing

“…The classes of axisymmetric problems considered in this thesis may be categorized as follows: (a) nonsteady heat conduction in a nonhomogeneous solid with temperature dependent material properties, (b) nonclassical heat conduction, based on the dual-phase-lag heat conduction model, in a nonhomogeneous solid, and (c) thermoelastostatic and thermoelastodynamic deformations in nonhomogeneous solids. …”
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4D printing of heat-driven self-assembly structures (Part II) by Teo, Jin Howe

“…This project investigates and develops devices that facilitate the design and modeling of multistage folding process in self-assembling 4D printed structures with heat-driven shape memory polymers. First, the fabrication conditions of heat-driven self-assembly structures are examined. …”
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Heat transfer of 3-D printed enhanced tube and fin condenser surfaces by Choke, Chong Wai

“…This project presents the heat transfer and hydraulic performances of tube and fin air-cooled condenser coils fabricated by Selective Laser Melting. …”
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Heat transfer of 3D-printed porous structure used in cold plate by Tew, Hong Boon

“…This project experimentally investigated the heat transfer enhancement capability of 3D-printed porous structures in the application of single-phase forced convection using water and under constant heat flux. …”
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Thermodynamic study of isosteric heat at zero coverage : applications to adsorption cooling and desalination by Fan, Wu

Subjects: “…DRNTU::Science::Physics::Heat and thermodynamics…”
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Lubricant evolution and depletion under laser heating : a molecular dynamics study by Li, Yong, Wong, Chee How, Li, Bei, Yu, Shengkai, Hua, Wei, Zhou, Weidong

“…A temperature gradient is formed in the radial direction due to the heat transfer between the heated beads and the surrounding lubricants. …”
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The effects of heating and tree configurations on pollutant dispersion and air temperature in Street Canyon by Muhammad Yazid, Muhammad Noor Afiq Witri

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Data for 'A Heat and Mass Transfer Model of a Silicon Pilot Furnace' by Sloman, B, Sloman, B, Please, C

Energy gain of wetted-foam implosions with auxiliary heating for inertial fusion studies by Paddock, RW, Li, TS, Kim, E, Lee, JJ, Martin, H, Ruskov, RT, Hughes, S, Rose, SJ, Murphy, CD, Scott, RHH, Bingham, R, Garbett, W, Elisseev, VV, Haines, BM, Zlystra, AB, Campbell, EM, Thomas, CA, Goffrey, T, Arber, TD, Aboushelbaya, R, Von der Leyen, MW, Wang, RHW, James, AA, Ouatu, I, Timmis, R, Howard, S, Atonga, E, Norreys, PA

“…Low convergence ratio implosions (where wetted-foam layers are used to limit capsule convergence, achieving improved robustness to instability growth) and auxiliary heating (where electron beams are used to provide collisionless heating of a hotspot) are two promising techniques that are being explored for inertial fusion energy applications. …”

Relationships between measurements of fat deterioration during heating and frying in RBD olein by Augustin, M.A., Asap, Telingai, Heng, L.K.

“…The relationships between measurements of fat deterioration during static heating and heating with intermittent frying of potato crisps in RBD olein in the presence and absence of TBHQ were evaluated. …”

Parametric optimisation of microhardness on heat-treated electroless Ni-YSZ cermet coating by Baba, N. Bahiyah, Ghazali, A. S., Abdul Rahman, A. H., Sharif, S.

“…Purpose: The paper discusses the parametric optimisation of the electroless Ni-YSZ cermet coating microhardness upon heat treatment. Heat treatment is a process to increase the mechanical properties of the electroless nickel coating and it can be enhanced by manipulating its parameters. …”

Analytical solution and numerical simulation of advection-diffusion equation related to fumigation problem / by Mohd. Azuan Mohamad Nor, 1985-, author 610871, Zaiton Mat Isa, supervisor 208536, Fakulti Sains 8004

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Analytical solution and numerical simulation of advection-diffusion equation related to fumigation problem / by Mohd Azuan Mohamad Nor, 1985-, author 610871

Subjects:

Flexible thermal rectifier based on macroscopic PDMS@graphite composite film with asymmetric cone-shape interfaces by Chen, Bensong, Pawlik, Matthieu, Tay, Roland Yingjie, Zhu, Minmin, Loeblein, Manuela, Tsang, Siu Hon, Teo, Edwin Hang Tong

Subjects: “…Heat Flux…”
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A complex variable boundary element method for two-dimensional steady heat conduction by Yeo, Wei Liang.

“…The Complex Variable Boundary Element Method (CVBEM) is just one of the many ways for analysis of a 2-dimensional heat transfer equation. It has been a valuable technique in analysis of problems that satisfy the Laplace’s equation. …”
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