金属材料相图计算与材料性能模拟软件 JMatPro 新版本V9.0 正式发布。JMatPro是一款能够计算多种合金材料性能的模拟软件，尤其针对应用于实际工业的多组分合金。使用JMatPro可以设计合金成分、开发新合金、改进各种热处理工艺、与CAE软件（ProCast、MagmaSolft、Deform、Forge、Ansys、MSC、COMSOL、Simulia等）一起进行工艺流程设计。

新增功能NEW FEATURES:

1. Addition of isopleth calculation
新增等成分面（isopleth）计算。

2. Addition of back-diffusion calculation and cooling rate dependence in solidification properties for Al, Mg, Co, Ni, Ti and Zr alloys
新增反扩散计算功能，Al，Mg，Co，Ni，Ti，Zr合金凝固过程热物性能计算考虑了冷却速率的影响。

3. Improvement of homogenisation calculation with consideration of back diffusion and dendrite geometries for Al, Mg, Co, Ni, Ti and Zr alloys
改善了Al，Mg，Co，Ni，Ti，Zr合金体系均匀化计算功能，考虑了反扩散和枝晶尺寸的影响。

4. Addition of strength/hardness calculation in Simultaneous Precipitation calculation for General Steels
通用钢碳化物连续析出计算输出数据添加了强度和硬度的相关结果。

5. Improvement of precipitation kinetics in Simultaneous Precipitation calculation for General Steels
通用钢碳化物连续析出计算优化了沉淀动力学相关参数。

6. Improvement of Tempered Hardness calculation for General Steels
通用钢回火强度计算功能做了优化。

7. Addition of rolling force calculation in Multi-Pass Hot Rolling calculation for General Steels
通用钢多道次热轧制计算新增了轧制力计算功能。

8. Improvement of strain hardening calculation in Fe alloys
改善了Fe合金体系加工硬化计算功能。

9. Addition of user calibration of TTT/CCT diagrams for General Steels allowing users to match their experimental data and make further calculations thereafter
通用钢模块允许用户基于实验数据校准TTT/CCT图，并基于校准之后的相图执行后续计算。

10. Improvement of the Martensite transition temperature calculation for maraging steels
优化了马氏体时效钢马氏体转变温度计算的模型

11. Calculation of stiffness coefficients and modulus anisotropy in Single Crystals
Ni基单晶模块刚度系数和模量计算功能添加各项异性(晶向)的支持

12. Addition of O,F and H heat treatments in the calculation of high temperature mechanical properties for Al alloys
Al合金模块高温机械性能计算添加了退火状态（O），自由加工状态（F）和加工硬化状态（H）过程的支持。

13. Addition of stress-strain curves and flow stress analysis calculations for Al alloys
Al合金模块新增应力应变曲线和流动应力曲线计算功能。

14. Export of data for third party forming simulation packages for Al alloys
Al合金模块数据导出添加了第三方成型软件的支持。

15. Addition of Brinell<->Vickers hardness conversion for Al alloys
Al合金模块新增了布氏硬度和维氏硬度转换功能

16. Addition of the option of user input room temperature strength for High Temperature Strength calculation for Ti alloys and Stainless Steels
Ti合金模块和不锈钢模块高温强度计算添加了用户自定义输入室温强度的选项。

17. Improved model for the calculation of Antiphase Boundary Energy calculation with temperature dependence for Ni alloys
改善了Ni合金温度反相畴界能计算模型，添加了温度依赖。

18. Allowed display of Md (martensite deformation)>0K even if Ms<0K
形变诱发马氏体转变点（Md）可以扩展显示0K以上区间，即便Ms点是小于0K的。

数据库更新DATABASES CHANGES

1. Adjustments to Al, Mg, Fe, Co, Ni, Ti and Cu thermodynamic databases
微调了Al，Mg，Fe，Co，Ni，Ti和Cu模块热力学数据库。

2. Adjustments to molar volumes for TiZrSi Ti5Si3 and TiMB2 phases in Ti alloys
微调了Ti合金模块TiZrSi，Ti5Si3和TiMB2Al摩尔体积参数。

3. Adjustments to molar volume for high-Cr steels
微调了高Cr钢摩尔体积参数。

4. Addition of Mn to Ti alloys
Ti合金模块添加了Mn元素

数据导出功能优化EXPORT CHANGES

1. Addition of electrical resistivity to Simufact export
导出Simufact数据添加了电阻率结果

2. Addition of enthalpy if required to Sysweld export
导出Sysweld数据新增了焓结果

3. Addition of more export options mode for Transvalor software for General steels (Physical/mechanical properties - flow stress curves - TTT/CCT - reaustenitisation)
通用钢导出到Transvalor的数据新增多个选项（热物性能，机械性能，流动应力曲线，TTT/CCT以及二次奥氏体化等）