Heat-transfer resistance measurement method (HTM)-based cell detection at trace levels using a progressive enrichment approach with highly selective cell-b... Heat-transfer resistance measurement method (HTM)-based cell detection at trace levels using a progressive enrichment approach with highly ...
ProcessesHeat-transfer processes are considered for a model of resistance spot welding. Both numerical and analytical solutions to the heat conduction equation are obtained. Thermal fields are calculated. Welding parameters for low-carbon steel are found....
aThe Flownex heat transfer model can be best described through a resistance diagramme as the heat transfer model is based on nodes. It is possible to set up a heat transfer problem and to further increase its accuracy through discretisation (along both the length and the thickness of the heat...
where CE is the thermal capacity of the stored water, RE is the combined thermal resistance of the water and the envelope, QEWH is the EWH power consumption, θw is the injected cold water temperature, ρ is the water density, cP is the specific heat of water (Ws/kg °C) and WD is...
In Section 3.3, we give the Rd proportion of the overall heat transfer resistance and find that our semi-analytical model can obviously reduce heat transfer calculation errors for big droplets (r>16μm) with large contact angles (θ>120∘). In Section 3.4, we discuss the influences of θ...
Summary of investigation ofheat-transferand mass-transfer during mould-filling process in EPC; 消失模铸造充型过程的传热及传质研究 3. The performance test of oil radiator and the method of evaluating the comprehensiveperformance ofheat-transferand fluid resistance; ...
A biofouling thermal resistance model with a growth term of surface biofilm on heat transfer surface - ScienceDirect ZX A,JW A,LX A,... - 《International Journal of Thermal Ences》 被引量: 0发表: 2020年 Influence of temperature and plumbing material selection on biofilm formation and growth...
In this paper, a thermal resistance model for an energy wall using the example of thermo-active seal panels is presented. In the developed model, the resistances of the pipes as well as the resistance of the structure itself are considered. The resistance model is transferred to a 2D finite...
For the first one, a new numerical model was developed to quantitatively analyze the thermal resistance distribution in the condensation process. The result indicated that the effect of various parameters on condensation heat transfer depended on the variation of both the thermal resistances of the ...
And these models do not consider water transfer under the action of heat source, which can cause some prediction errors. The objective of this study is to provide a numerical model to simulate the spatiotemporal distribution of temperature and moisture caused by a GHE with constant temperature in...