Data underlying the publication: Brute Force Composition Scanning with a CALPHAD Database to Find Low Temperature Body Centered Cubic High Entropy Alloys

High entropy alloys with predictable mechanical properties by computational modelling.Scripts for running Thermocalc over multicomponent alloys over large compositions grid as function of temperature. Scripts to analyze Thermocalc output, Matlab code to analyze Thermocalc output so as to identify regions in composition and temperature with solid solutions (either fcc, bcc or hcp). Data sets for several 3 to 6 component alloy systems: AlCrMnNbTiV, AlCrMoNbTiV, AlCrFeTiV, AlCrMnMoTi, FeNiCoCrMn, TaMoCrTiAl, CoCrMoW, CoMoNbW, FeMnCrNiAl, FeCrNiMn, NbMoV, TaVW, AlCrFeMnMo, AlNbTiZr, AlMoNbTaTi, AlMoNbVTi, NiCrFeWNb, NiCrFeWMo, NiCrFeTaMo, ReMoNbTaTi, ReMoNbVTi, WMoNbTaTi, WMoNbVTi. The number of alloys is much expanded from what is in the published version.please read the HEAMODELL_README file carefully, then download, gunzip and untar the file "HEAMODELL_CODE_SCRIPTS_DATA.tar.gz" (14 GB) to get full access to all relevant data.

本数据集针对通过计算建模实现力学性能可预测的高熵合金（High Entropy Alloys, HEAs），包含以下内容：用于在以温度为变量的大成分空间网格上对多组元合金运行Thermocalc的脚本；用于分析Thermocalc输出结果的脚本，以及用于识别成分与温度空间内具有面心立方（fcc）、体心立方（bcc）或密排六方（hcp）固溶体区域的Matlab代码。本数据集涵盖多个3至6组元合金体系：AlCrMnNbTiV、AlCrMoNbTiV、AlCrFeTiV、AlCrMnMoTi、FeNiCoCrMn、TaMoCrTiAl、CoCrMoW、CoMoNbW、FeMnCrNiAl、FeCrNiMn、NbMoV、TaVW、AlCrFeMnMo、AlNbTiZr、AlMoNbTaTi、AlMoNbVTi、NiCrFeWNb、NiCrFeWMo、NiCrFeTaMo、ReMoNbTaTi、ReMoNbVTi、WMoNbTaTi、WMoNbVTi。本数据集的合金数量较已发表版本有大幅扩充。请仔细阅读HEAMODELL_README文件，随后下载并解压文件"HEAMODELL_CODE_SCRIPTS_DATA.tar.gz"（大小为14 GB）以获取全部相关数据的完整访问权限。