摘要
为了克服传统的采用高级语言直接编程方式实现汽轮机热力计算的缺陷，利用面向对象的方法，对汽轮机热力系统进行合理分析，在层次分类的基础上利用VisualC＋＋建立了汽轮机热力系统的对象模型体系，并用对象组合方式构造汽轮机热力系统的热力计算模型，从而有效地提高了热力计算程序的开发效率与代码利用效率。
To surmount the shortcoming of traditionalthermodynamic calculation of turbine with direct program-ming using high-level languages the thermodyamic systemof turbine was analysed on a rationale basis by buildingthe object model system for the thermedynamic system ofturbine using Visual C+ + on the basis of classification ofmodel hierachy, and then building the object-orientedmodl for thermodynamic calculation of turbine. Conse-quenily, the developmnt efficiency of thermodynamic cal-culation program and the cede usage are both greatly im-proved.
出处
《黑龙江电力》
CAS
1999年第6期17-19,24,共4页
Heilongjiang Electric Power
关键词
面向对象
层次分类
汽轮机
热力计算
object-oriented approach
classification of model hierarchy
object model system
