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HeatWave应用高精度有限元方法来求解∩稳态或动态热方程。该程序处理辐射边界、血液灌注和具有温度相关的热特性的材料。在初始值解决方案中，您可以定义热源和表面温度的任意时间变化。在这种模式下，程序可以记录空间变化的快照或点处的探测信号。该软件包包括五个组件：Geometer（在交互式环境中构建3D结构）、MetaMesh（自动创建保形六面体网格）、HeatWave（在窗口中或在命令控制下交↙互式生成热解决方案）、HWV（制作2D/3D绘图并执行定量分析）和Probe（显示热证明信号）。
特征：
从Aether、RFE3或Gambet加载功率密度「曲线，并可选择包括用户定义的时间调制功能
通过交互式对◤话框轻松准确运行控制脚本
定义动态运行中的功率密度和温度的任意时间变化
在后台undewr脚本控件中自主运行程序的选项
自动进行平均温度和热通量和全局和区域计算①
自动显示三维等温面
【英文介绍】
HeatWave applies high-accuracy finite-element methods to solve the steady-state or dynamic thermal equations. The program handles radiative boundaries, blood perfusion and materials with temperature-dependent thermal properties. In initial-value solutions you can define arbitrary time variations of thermal sources and surface temperatures. In this mode, the program can record snapshots of spatial variations or probe signals at points. The package includes five linked components: Geometer (build 3D structures in an interactive environment), MetaMesh (automatically create conformal hexahedron meshes), HeatWave (generate thermal solutions interactively in a window or under command control), HWV (make 2D/3D plots and perform quantitative analyses) and Probe (display thermal prove signals).
Features
Load power-density profiles from Aether, RFE3 or Gambet, with the option to include user-defined temporal modulation functions.
Easy preparation of run control scripts through interactive dialogs.
Define arbitrary time variations of power density and temperature in dynamic runs.
Option to run programs autonomously in the background undewr script control.
Automatic global and region calculations of average temperature and thermal flux.
Automatic display of 3D isothermal surfaces.
