本質邊界條件英文

• essential boundary condition
• geometric boundary condition

• "本質" 英文翻譯 :    essence nature; innate chara ...
• "邊界" 英文翻譯 :    boundary; frontier; border; ...
• "條件" 英文翻譯 :    condition; term; factor
• "dirichlet邊界條件" 英文翻譯 :    dirichlet boundary conditions
• "neuman邊界條件" 英文翻譯 :    neuman boundary condition
• "【數學】邊界條件。" 英文翻譯 :    boundary condition
• "邊界條件" 英文翻譯 :    border condition; borderline condition; boundary conditions; boundaryconditio; dirichlet; edge conditions; end conditions; euma oundaryconditio euman; final conditions; neumann; oundarycondition
• "內邊界條件" 英文翻譯 :    internal boundary condition
• "弱邊界條件" 英文翻譯 :    weak boundary condition
• "伴隨邊界條件" 英文翻譯 :    adjoint boundary condition
• "邊界條件系統" 英文翻譯 :    set of boundary conditions
• "參數邊界條件" 英文翻譯 :    parametric boundary condition
• "單點邊界條件" 英文翻譯 :    one-point boundary condition
• "彈性邊界條件" 英文翻譯 :    elastic boundary condition
• "導數邊界條件" 英文翻譯 :    derivative boundary conditions
• "狄氏邊界條件" 英文翻譯 :    dirichlet boundary condition
• "第三邊界條件" 英文翻譯 :    third boundary condition
• "動力邊界條件" 英文翻譯 :    dynamic boundary condition; dynamical boundary condition; kinetic boundary condition
• "動態邊界條件" 英文翻譯 :    dynamic boundary condition
• "浮動邊界條件" 英文翻譯 :    floating boundary condition
• "剛性邊界條件" 英文翻譯 :    rigid boundary condition
• "固定邊界條件" 英文翻譯 :    fixed boundary condition; time-independent boundary condition
• "廣義邊界條件" 英文翻譯 :    general boundary condition
• "宏觀邊界條件" 英文翻譯 :    macroscopic boundary condition
• "混合邊界條件" 英文翻譯 :    mixed boundary condition; mixedboundarycondition

• Essential boundary condition
  本質邊界條件
• The modified collocation method was applied to satisfy the essential boundary conditions
  采用修正配點法，以滿足其本質邊界條件。
• This is of disadvantage in efgm for it complicates the imposition of essential boundary conditions and the application of point loads
  因此，本質邊界條件的施加和集中載荷的處理變的復雜。
• The interpolation function has the delta function property , so the essential boundary conditions can be simply imposed
  由于插值函數具有delta函數特點，因此可以很方便地施加本質邊界條件。
• This is a disadvantage of efgm as it suffers from problems in the imposition of essential boundary conditions and the application of point loads . however , these do not disadvantage efgm significantly
  由于移動最小二乘法的近似函數不一定精確地通過計算點，從而使本質邊界條件的施加和集中載荷的處理變得復雜。
• Points interpolation method ( pim ) which is a new meshless method reduces the complexities in calculating the shape function of other meshless methods , and the hardness in dealing with the essential boundary conditions etc
  摘要點插值法是一種新型的無網格法，它改善了其他無網格方法中形函數計算復雜、本質邊界條件處理困難等問題。
• With the method , all integrals can be easily fulfilled on regular sub - domain boundaries , and to impose the essential boundary conditions , a penalty parameter can be used so that a positive definite and symmetric stiffness matrix may be obtained
  計算中，積分都在規則形狀邊界子域上完成，因而容易實現；通過罰因子添加本質邊界條件，從而使得到的剛度矩陣是正定對稱矩陣。
• In fegm , the shape function is constructed by the moving least square ( mls ) approximation , the weak form of the equivalent integral equation to the governing equation is employed and essential boundary conditions are imposed by the penalty function method
  它采用移動最小二乘法構造形函數，利用能量泛函的弱變分形式的積分方程，并用罰函數法施加本質邊界條件，從而得到積分方程的數值解。
• However , because the meshless methods are relatively new , there exist the following technical problems : 1 . complexity in algorithms for computing the interpolation functions ; 2 . difficulties in the implementation of essential boundary conditions ; 3
  本學位論文針對目前無單元發展中存在的主要技術問題：形函數計算；本質邊界條件實現；影響域大小(包含其中的點數)的確定；輔助積分網格等問題進行了研究。
• In efgm , in order to get a numerical solution for a partial differential equation , the shape function is constructed by moving least squares ( mls ) , the control equation is derived from the weak form of variational equation and essential boundary conditions are imposed by penalty function method
  它采用移動最小二乘法構造形函數，從能量泛函的弱變分形式中得到控制方程，并用罰函數法施加本質邊界條件，從而得到偏微分方程的數值解。