1) explicit-implicit integration scheme
显隐式方法
2) Y sSo islo-sfttrwuacrtue re dynamic interaction
显-隐式方法
3) implicit-explicit Runge-Kutta method
显隐式Runge-Kutta方法
1.
A new third-order relaxation scheme for hyperbolic conservation laws was presented,which combined third-order WENO reconstruction for spatial discretization with third-order implicit-explicit Runge-Kutta method for time discretization.
该格式以三阶WENO重构和三阶显隐式Runge-Kutta方法为基础。
4) explicit-implicit algorithm
显-隐式算法
1.
The springback processes are simulated based on explicit-implicit algorithm in this paper,and the MPF processes of the cylindrical surface and sphere with different thickness under different curvature radius are simulated.
论文中采用显-隐式算法分析了板材厚度、曲率半径对柱面、球面等典型曲面的多点成形回弹的影响,得到了回弹趋势和回弹分布规律,这些结果对多点成形技术具有一定的参考价值。
5) explicit/implicit FEM
显/隐式算法
1.
Taking a benchmark of unconstrained cylinder bending in Numisheet'2002 as a example,the bending processes were simulated under conditions of different virtual velocities and different virtual densities by explicit/implicit FEM code.
以Num isheet’2002无约束柱面弯曲回弹考题为例,采用显/隐式算法模拟了不同虚拟速度和板料虚拟密度条件下的变形过程。
6) implicit algorithm
隐式方法
1.
The proposed implicit algorithm is based on update of interface in order to track flow front for each time step.
RTM充模分析的隐式方法需要迭代来决定树脂注满的区域。
2.
An implicit algorithm based on update of interface was proposed to monitor the flow front in the injection molding.
为了改善充模过程流动分析隐式方法的迭代过程,提出了一种基于界面更新的隐式方法。
3.
An adaptive implicit algorithm was proposed to choose time step for mold filling simulation.
提出了一个注射充模数值模拟隐式方法的时间步长选用标准,依据“一时间步,一单元层”的思想,采用最小二乘递推法估算每一步的时间步长,并依据压力估算每个控制体积的半注满时间,从而可以重构任何时间的流动前锋。
补充资料：显隐
1.显现与隐没。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条