80多种ANSYS常用材料的参数文件

<?xml version="1.0" ?> <!-- You can use this file as a template for defining your own materials. Enter real values in the fields below and then save this file to a new name with a '.xml' extension. --> <!-- The data in convection XML files can also be edited interactively from within DesignSpace via the Data menu selection. --> <!-- Note that for DesignSpace V5 all numeric values must be in SI units! --> <material> <info> <!-- Use the <info> block to define the material's name and description. This data will be displayed to you in DesignSpace when assigning a material to a Prototype and when viewing the Report. --> <name>Blank name</name> <description>Blank description</description> </info> <structural> <!-- Use the <structural> block to define the material's structural properties. These properties will be referenced when you issue the 'Find Answers' command in DesignSpace. --> <youngs-modulus>0.0</youngs-modulus> <poissons-ratio>0.0</poissons-ratio> <mass-density>0.0</mass-density> <coeff-thermal-exp>0.0</coeff-thermal-exp> </structural> <stress-limits> <!-- Use the <stress-limits> block to define the material's yield and ultimate strengths under tension and compression. These properties will be referenced when you use one of the stress- safety tools in DesignSpace. --> <tensile-yield>0.0</tensile-yield> <comp-yield>0.0</comp-yield> <tensile-ultimate>0.0</tensile-ultimate> <comp-ultimate>0.0</comp-ultimate> </stress-limits> <thermal> <!-- Use the <thermal> block to define the material's thermal properties. These properties will be referenced when you issue the 'Find Answers' command in DesignSpace. --> <specific-heat>0.0</specific-heat> <!-- To define a linear thermal conductivity, issue the <thermal- conduct> block just once, as follows: --> <thermal-conduct>0.0</thermal-conduct> <!-- To define a temperature-dependent thermal conductivity, issue the <thermal-conduct> block multiple times, once for each temperature at which you have a data point, as follows: --> <thermal-conduct temp="0.0">0.0</thermal-conduct> <thermal-conduct temp="100.0">0.0</thermal-conduct> <thermal-conduct temp="200.0">0.0</thermal-conduct> </thermal> </material>