PG X, Y, Z, SUM Component pressure gradient or vector sum. Component electric field or vector sum. Component electric flux density or vector sum. Component magnetic field intensity or vector sum. Component magnetic flux density or vector sum. Component magnetic forces or vector sum. Structural error energy. 各方向气体压力梯度或矢量和 EF X, Y, Z, SUM 各方向电场或矢量和 D X, Y, Z, SUM 各方向电通量密度或矢量和 H X, Y, Z, SUM 各方向磁场强度或矢量和 B X, Y, Z, SUM 各方向磁感应密度或矢量和 FMAG4 X, Y, Z, SUM 各方向磁力或矢量和 SERR Anisotropic not supported. elastic materials (TB, ANEL) are 结构误差能量 Absolute value of maximum SDSG variation of any nodal 节点应力最大改变量的绝对值 stress component. TERR Thermal error energy. Absolute value of the TDSG maximum variation of any 节点热梯度最大改变量的绝对nodal thermal gradient 值 component. Component F X, Y, Z values. Component M X, Y, Z nodal values. HEAT structural structural 各方向力，为单元各节点力的和 热误差能量 force. Sum of element nodal moment. Sum of element 各方向力矩，为单元各节点力矩的和 Heat flow. Sum of element 热流速，为单元各节点热流速nodal values. 的和 FLOW Fluid flow. Sum of element 流体流速，为单元各节点流速nodal values. Current flow. Sum of element nodal values. 的和 电流，为单元各节点电流的和 AMPS FLUX VF CSG X, Y, Z X, Y, Z Magnetic flux. Sum of 磁通量，为单元各节点磁通量element nodal values. Component fluid force. Component magnetic current segment. \energy or 的和 各方向流体力 磁流片段 SENE thermal heat dissipation (applies to all elements 硬度能量或热消散（取决于单元），同TENE where meaningful). Same as TENE. Artificial energy of the element. This includes the sum of hourglass control energy generated and by energy in-plane drilling stiffness from shell elements (applies to AENE all elements where 单元的人工能量 meaningful). The energy is used for comparisons to SENE energy to predict the solution error due to artificial stiffness. See the Theory Reference for ANSYS and ANSYS Workbench. Thermal heat dissipation or TENE \energy (applies to all elements 热量消散或刚度能量。同SENE where meaningful). Same as SENE. Kinetic energy (applies to KENE all elements where 动能（使用所有有意义的单元） meaningful). Elemental STEN dissipation stabilization. JHEAT Element Joule heat 单元焦耳热 energy due to generation. Source current density for low-frequency magnetic analyses. Total current density (sum of conduction 低频磁分析的源电流密度。低JS X, Y, Z, SUM and displacement current 频磁分析的总源电流密度densities) frequency in low （SUM） electric analyses. Components (X, Y, Z) and vector sum (SUM). Total measureable current density in low-frequency JT X, Y, Z, SUM electromagnetic analyses. (Conduction current density in a low-frequency 低频磁分析的传导电流密度。SUM为电流和 electric analysis.) Components (X, Y, Z) and vector sum (SUM). Conduction current density for elements that support JC X, Y, Z, SUM conduction calculation. (SUM). MRE Magnetics Reynolds number 磁雷诺数 current 支持传导电流的单元的传导电Components 流密度。SUM为电流和 (X, Y, Z) and vector sum Element volume. Based on unit thickness for 2-D plane elements (unless the 单元体积。2-D plane单元必须VOLU thickness option is used) 指定厚度，2-D axisymmetricand on the full 360 degrees （轴对称）单元要使用360度 for 2-D axisymmetric elements. Undeformed X, Y, or Z location (based on shape CENT X, Y, Z function) of the element centroid in the active coordinate system. Body BFE TEMP temperatures 求解中的体温度。（仅适用面单元和体单元） 无变形的质心位置（当前坐标系） (calculated from applied temperatures) as used in solution (area and volume elements only). Element summable miscellaneous data value at sequence number snum 单元在序号snum的可加和数SMISC snum (shown in the Output Data 据。不同snum的含义请参见section of each applicable ANSYS Elements Reference element description in the Elements Reference). Element non-summable miscellaneous data value at sequence number snum NMISC snum (shown in the Output Data section of each applicable element description found in the Elements Reference). Element surface data value at sequence number snum 单元在序号snum的面数据值。SURF snum (shown in Surface Solution 不同snum的含义请参见ANSYS of the Elements Elements Reference Reference). 3-closed and sticking 2-closed and sliding 1-open but near contact 0-open and not near contact Contact penetration (zero or positive). Contact pressure. Contact friction stress. Contact total stress 接触状况，STAT取3为粘性关闭 接触状况，取2为封闭滑动 接触状况，取1为开放近接触 接触状况，取0为开放非近接触 接触渗透（>=0） 单元在序号snum的不可加和数据。不同snum的含义请参见ANSYS Elements Reference CONT[2] STAT[3] PENE PRES SFRIC STOT SLIDE GAP 接触压力 接触摩擦应力 接触总应力（压力+摩擦力） (pressure plus friction). Contact sliding distance. 接触滑动距离 Contact gap distance (0 or negative). Total heat flux at contact surface. Total number of contact 接触间隙（0或负数） FLUX 接触表面的总热流量 CNOS status substep. changes during 在子步中总的接触状况改变数 Densities used for topological optimization. 拓扑优化中使用的密度。TOPO This applies to the following types of elements: PLANE82, SOLID92, SHELL93, SOLID95. 用于PLANE2, PLANE82, SOLID92, SHELL93, SOLID95单元 3、后续处理
单元表示不是只能有两列，第一列表示单元号，第二列表示单元号的值？ 有没有可能这样子，第二列表示一个值（比如UX），第三列表示另一个值（比如UY）？
多定义几个单元表，同时list查看就行了，比如本来有两个单元表，UX,UY，那么PRETAB,UX,UY就可以了