1) scalarization method
数值化方法
2) numerical methods of chemical engineering
化工数值方法
1.
The applications of MathCAD in numerical methods of chemical engineering;
MathCAD在化工数值方法中的应用
3) numerical potimization method
数值最优化方法
4) Numerical method
数值方法
1.
Micro models and numerical methods of microsegregation simulation;
显微偏析数值模拟的微观模型和数值方法
2.
Difference orthogonal discrete method:a new numerical method solving two-dimensional magneto-elastic problem;
求解二维磁弹性问题的一种数值方法——差分正交离散(DOD)法
3.
Investigation of numerical methods on the capturing-discontinuity using compact schemes;
利用紧致格式捕捉间断的数值方法研究
5) numerical simulation
数值方法
1.
Based on the mechanisms for stress-assisted corrosion problem in oil-pipe system,authors have carried out numerical simulation,with application of Charles-Hillig Model[1] to study the behavior of crack propagation,where the advanced front-tracking method has been employed for finite element mesh construction and re-construction.
基于油气管道表面微裂缝在应力和腐蚀耦合作用下的扩展机理,根据Charles-Hillig模型用数值方法模拟了裂缝的动态扩展过程。
2.
Based on the mechanisms for stress-assisted corrosion problem of ship structures,the numerical simulation was carried out,with application of Charles-Hillig Model,to study the behavior of crack propagation,where the advanced front-tracking method was employed for finite element mesh construction and re-construction.
基于船体表面微裂缝在应力和海水腐蚀耦合作用下的扩展机理,根据Charles-Hillig模型用数值方法模拟了裂缝的动态扩展过程,并用front-tracking图形技术开发了有限元网格剖分软件,从根本上解决了以往该模型无法进行数值模拟的难题。
6) numerical methods
数值方法
1.
Comparison of four numerical methods for calculating seismic response of SDOF system;
四种计算地震反应数值方法的比较研究
2.
For determining the potential distribution of the protected structure in a moreaccurate and efficient way,engineers sought a more efficient method than the traditional methodtosolve engineering problem,hence the numerical methods has been used to solve cathodic protection(CP) problems along with the development of computer technology and has greatly advanced the CP technology .
本文综述了数值方法在阴极保护中的应用状况、发展情况,进而对未来发展作了展望。
3.
Typical numerical methods based on convexification, mesh transformation and discontinuous finite element method are discussed.
介绍了计算晶体微观结构的几种数值方法及有关的数值分析结果。
补充资料：公理化方法(见公理化和形式化)
公理化方法(见公理化和形式化)
axiomatical method
gongllbuafangfa公理化方法化和形式化。(axiomatieal method)见公理
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条