This paper gives a dynamic decoupling approach for the analysis of large scale non-classically damped system, in which the complex variable computations were completely avoided not only in solving for the eigenvalue p...This paper gives a dynamic decoupling approach for the analysis of large scale non-classically damped system, in which the complex variable computations were completely avoided not only in solving for the eigenvalue problem but also in the calculation of the dynamic response. The analytical approaches for undamped gyroscopic system, non-classically damped system, including the damped gyroscopic system were unified. Very interesting and useful theoretical results, practical algorithms were obtained which are applicable to both non-defective and defective systems.展开更多
为了更好利用叠加式双阻尼振荡模型(ABDOM,Accumulative Bi-Damped Os-cillation Model)来描述、预测和评估真实软件缺陷发现时序过程,在提出理想软件缺陷发现时序过程范型(ISPSDD,Ideal Sequential Process of Software Defects Discov...为了更好利用叠加式双阻尼振荡模型(ABDOM,Accumulative Bi-Damped Os-cillation Model)来描述、预测和评估真实软件缺陷发现时序过程,在提出理想软件缺陷发现时序过程范型(ISPSDD,Ideal Sequential Process of Software Defects Discovery)的基础上,对AB-DOM中软件缺陷发现阻尼a和软件缺陷发现周期阻尼b的规范化进行了进一步讨论,提出了软件缺陷发现时序过程质量评价指数Q,给出了其典型取值和相关意义,并将其引入ABDOM,最终得到了经过参数规范化和离散化改进后的ABDOM-Qd,并利用一个真实的工程实践项目数据对ABDOM-Qd进行了验证.展开更多
基金the National Science Foundation of Chinathe Doctoral Training of Education Committee of China
文摘This paper gives a dynamic decoupling approach for the analysis of large scale non-classically damped system, in which the complex variable computations were completely avoided not only in solving for the eigenvalue problem but also in the calculation of the dynamic response. The analytical approaches for undamped gyroscopic system, non-classically damped system, including the damped gyroscopic system were unified. Very interesting and useful theoretical results, practical algorithms were obtained which are applicable to both non-defective and defective systems.
文摘为了更好利用叠加式双阻尼振荡模型(ABDOM,Accumulative Bi-Damped Os-cillation Model)来描述、预测和评估真实软件缺陷发现时序过程,在提出理想软件缺陷发现时序过程范型(ISPSDD,Ideal Sequential Process of Software Defects Discovery)的基础上,对AB-DOM中软件缺陷发现阻尼a和软件缺陷发现周期阻尼b的规范化进行了进一步讨论,提出了软件缺陷发现时序过程质量评价指数Q,给出了其典型取值和相关意义,并将其引入ABDOM,最终得到了经过参数规范化和离散化改进后的ABDOM-Qd,并利用一个真实的工程实践项目数据对ABDOM-Qd进行了验证.
基金Project (50801017) supported by the National Natural Science Foundation of Chinaproject (20080440843) supported by Postdoctoral Science Foundation, ChinaProject (HIT.NSRIF.2009028) supported by the Natural Scientific Research Innovation Foundation of Harbin Institute of Technology, China