A new dynamic condensation method using finite element approach to calculate eigenvalue problem 用有限元法計算特征值問題的一種新的動態(tài)凝聚方法
Finite element approach for structural dynamic analysis using generalized eigenvalue - based neurocomputing 有限元結(jié)構(gòu)動力分析的廣義特征值的神經(jīng)計算
The n - s equations are discretized in space using a galerkin finite element approach , and are integrated in time using an explicit five - stage runge - kutta time - stepping scheme N - s方程的空間離散采用galerkin有限元格式,時間推進應(yīng)用顯式五步r - k格式。
The main intention of this paper is to develop a reasonable , simple , applicable computational model and corresponding finite element approach about anchor bolts , and to apply it to geotechnical problems of anchor - bolt retaining 本論文的主要目的就是試圖建立一種比較合理而又簡單實用的錨桿計算模型及相應(yīng)的有限元計算方法,以用于錨桿支護類工程問題的求解。
The author deems that it is a practical way to treat this problem as contact problem in solid mechanics . the main intension of this paper is to develop a finite element approach for axisymmetric contact problems and apply it to pile foundation 本文的主要目的就是將該類問題作為接觸問題進行處理,然后建立一種樁土相互作用的計算方法,并應(yīng)用于樁基的工程實踐之中。