ANSYS常用压电陶瓷的材料系数

1、材料系数PZT-4PZT-5PAZTkp0.580.60.65k310.330.340.39k330.70.7050.75k150.710.8850.675kt0.510.490.51tJ/33o130017003400S/33o6358301470T/11o147517303130S/1173*09161700d33(10-12C/N)289374593d31-123-171-27433(10-3v.m/N)26.124.8g31-11.1-11.4g1539.438.2e33(c/m2)15.115.823.3e31-5.2-5.4-6.5e1512.712.31

2、7h33(108v/m)26.821.5h31-9.2-7.3h1519.715.2SE11(10-12m2/N)12.316.416.5SE3315.518.820.7SE12-4.05-5.74SE13-5.31-7.22SE443947.543.5SE6632.744.342.6SD1110.914.414.1SD337.99.468.99SD12-5.42-7.71SD13-2.1-2.89SD4419.325.223.7CE11(1010N/m2)13.912.112.6CE127.787.54CE137.437.52CE3311.511.111.7压电陶瓷的性能_xhj整理,200

3、5.5.21摘自水声材料手册王荣津等编，科学出版社，1983指标缩减：IEEE标准，即11,22,33,23,31,121,2,3,4,5,65PHAT-6PAZT-6PBZT-7PAZT-80.420.250.510.50.250.1450.30.30.540.3750.660.620.3770.670.390.30.50.441050460425100073038623560047584040746018971150218-80-27-60-9313036212.57.19.5-0.9-2.14.69.210.7910.7139.3513.928.239.527.82427.829.610

4、.18.89.710.19.28.057.858.524.221.816.814.813.116.313.1CE244.562.11CE3.66062.26CD1114.512.61CD128.39CD613.096.52CD1335.914.71CD5.443.97QM500756Q2E505050N1(Hz.m)165014001N2Of000189023tVD34600435043VD4263022602TCCC)33651p(0kg/m3.57.757比热容(J/kg.k)204204热导率(w/m.k).11.51*注：原书370，这里改为730*注：原书370，这里改为730315

5、.75.715.517.717.5545013006001000501106025042017701920175017000002140222521005604570482048003752340249093335350350300.57.457.5520420420420420.5PZT-2BaTiOPbNbOPbBaNbONaKNbOPbTiO32260.60.4260.50.5330.470.360.070.380.460.0960.280.210.0540.220.270.060.630.50.380.550.6050.480.70.480.6450.340.510.380.370.4

6、60.43450170022515004961902601260306150990145093824050411155452101521908522012756-60-78-9-90-51-6.84402603066812.642.516.52933-5.2-4.5-6.8-11.6-4.120.236.932917.59.8-1.9-4.359.811.415.6-3.911.511.69.111.58.27.714.89.525.410.18.2-2.7-1.7-2.9-1.24522.827.11929.923.61910.78.710.97.67.697.121.86.46.3-3-1.7-1.9-122.917.515.51713.5156.66.611.314.61313.614.868020016802000441024003707.64202.14.44.3156.85.717.1165.730011