CAJ | 학술논문

针对传统余热锅炉水动力计算软件的局限性，同时兼顾到软件的交互性、通用性以及可扩展性的要求，以归纳的通用水动力数学模型，基于面向对象程序设计方法建立了各管段计算模块，通过使用 C ++编程语言编制了计算软件。实例应用表明：该软件能适应复杂锅炉在不同热负荷、不同结构设计下的水动力计算要求，使用灵活方便，计算结果可为优化设计提供理论支持。
침대전통여열과로수동력계산연건적국한성，동시겸고도연건적교호성、통용성이급가확전성적요구，이귀납적통용수동력수학모형，기우면향대상정서설계방법건립료각관단계산모괴，통과사용 C ++편정어언편제료계산연건。실례응용표명：해연건능괄응복잡과로재불동열부하、불동결구설계하적수동력계산요구，사용령활방편，계산결과가위우화설계제공이론지지。
In view of the limitations of traditional waste heat boiler hydrodynamic calculation,taking requirements of the interaction,versatility and scalability of software into account,a universal hydrodynamic mathematical model is proposed to establish a calculation module for each pipe section based on the object-oriented program-ming approach,and software is developed by using the C ++ programming language. The application example in-dicates that the software can be adapted to the hydrodynamic calculation of boilers under different heat load and structure design,and it can be used flexibly and conveniently. The results provide a theoretical support for the optimized design.