热计算 meaning in Chinese
heat calculation
thermal calculation
thermal design
Examples
- At first the finite element theory for temperature analysis is introduced , and then mainly discussed the calculation models of cement hydration heat and the boundary condition under sun radiation
首先对这一方法的基本原理进行了简要的介绍,着重探讨了计算中的水化热计算模型、日照边界条件处理等。 - Accord i ng the heat transfer mechanism and the fluid resistance of the tube and corrugated fin radiator , i apply the computer to compile program to check up and design radiator , which makes the research theory can be d i rect i y app i i ed to manufacture process
并依据散热器的传热机理及流动阻力特性，运用计算机编程，组建了有关散热器校核、设计热计算的程序软件，使理论研究结果能直接应用于生产实际。 - Several feasible boundary conditions of thermal environment computations are provided . numerical simulation of thermal environment in that residential district is carried out depending on theoretical studies , wind environment simulations and thermal environment testing mentioned above . distributions of wind velocity , pressure , turbulence and temperature in two different periods are investigated and analyzed , and feasibility of thermal environment numerical simulation is proved by comparison of temperature and velocity values between testing and simulation in some tested spots
提出几种可行的热计算边界条件，在上述基础理论研究、风环境模拟计算、热环境测试等基础之上对住宅小区热环境进行了数值模拟，分析了两种时段内风场、压力场、湍流场及热场分布，并比较了部分地点温度和风速测试值与计算结果的差异，论证了热环境数值模拟的可行性。 - An interpolation program is used to convert the fluent result data to the ansys load data . it is a new method to analyze turbine tip clearance . in this paper , some research of the numerical computation of the tip clearance of aero - engine is done , the parametric method is used and the research on the flow , heat and structure integration analyses is accomplished
本文对涡轮机匣气热固一体化分析方法做了研究,通过编制了载荷转换与施加程序,从气热计算模型中提取温度场计算结果,并作为载荷加入到热固耦合计算模型中,实现了高压涡轮机匣的一体化计算分析,为实现涡轮叶尖间隙的气热固一体化分析打下了基础。 - In this paper , by checking up the heat calculation about the experiment results of the single row tube and double waves belt , i come at the function of the heat transfer factor j and the reynolds number re , i also come at the function of the f r i ct i on factor ^ " and the reyno i ds number re
本文还通过对单排双波带散热器的实验结果进行校核热计算，回归导出该种散热器的传热因子j及摩擦因子f与雷诺数re的数学表达式，从而为用这种芯子根据厂家要求设计散热器提供了理论依据。