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基于二次参数化技术的风电机组序列化建模
引用本文:高青风,孙振兴,滕 伟,柳亦兵. 基于二次参数化技术的风电机组序列化建模[J]. 图学学报, 2012, 33(3): 129
作者姓名:高青风  孙振兴  滕 伟  柳亦兵
摘    要:针对常规建模方法在庞大复杂风电机组应用上的不足,在建立单台风电机组全参数化模型的基础上,以风电机组序列整体为研究对象,根据同序列不同功率机组之间各零部件设计参数变化规律,研究应用二次参数化技术和参数序列化方法实现了高效的风电机组模型建立与管理;并结合三维模型参数驱动技术,研发了风电机组序列建模系统,可有效减少建模和造型工作量、降低设计失误率、提高设计效率,验证了该建模方法的正确性与合理性。

关 键 词:计算机应用  风电机组  二次参数化  序列化建模  

Wind turbine sequence modeling based on secondary parametric technology
Gao Qingfeng,Sun Zhengxing,Teng Wei,Liu Yibing. Wind turbine sequence modeling based on secondary parametric technology[J]. Journal of Graphics, 2012, 33(3): 129
Authors:Gao Qingfeng  Sun Zhengxing  Teng Wei  Liu Yibing
Abstract:According to the disadvantages of conventional modeling methods for large andcomplex wind turbines, a highly efficient modeling method is proposed in this paper. Based ona fully parametric model of a single wind turbine, it took the whole sequence of wind turbines asthe research object, and realized the fast modeling via secondary parametric technologyaccording to the change law of design parameters of different wind turbines in the samesequence. A sequence modeling system for wind turbines was also developed by combiningwith parameter-driven modeling technology. The system can effectively reduce the workloadand design error rate, improve design efficiency, and prove the correctness and rationality of themodeling method.
Keywords:computer application  wind turbine  secondary parametric technology  sequencemodeling  
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