综述国内外建模和模拟(Modeling and Simulation,M&S)的验证与确认(Verification and Validation,V&V)的相关概念、术语、规范、置信度评估方法和应用等方面的发展和研究进展,概括M&S的V&V中的几个关键问题,构建复杂工...综述国内外建模和模拟(Modeling and Simulation,M&S)的验证与确认(Verification and Validation,V&V)的相关概念、术语、规范、置信度评估方法和应用等方面的发展和研究进展,概括M&S的V&V中的几个关键问题,构建复杂工程M&S的V&V的知识指南,为M&S的V&V技术真正走向应用提供参考.展开更多
In this paper, an adaptive mesh refinement technique is presented in numeri-cal solution of partial differential equations. Mainly including scanning function,refining/ derefine, and the method has been implemented ba...In this paper, an adaptive mesh refinement technique is presented in numeri-cal solution of partial differential equations. Mainly including scanning function,refining/ derefine, and the method has been implemented based on unstructuregrid and in Lagrangian or in Eulerian. Results are very helpful to the study of thenumerical simulation of detonation and study of explosive performances.展开更多
A method is presented for tracking interfaces, which is MOCL (marker on cell line) employed in two-dimensional Eulerian code. To test it, five kinds of objects with different shapes being uniform motion are numericall...A method is presented for tracking interfaces, which is MOCL (marker on cell line) employed in two-dimensional Eulerian code. To test it, five kinds of objects with different shapes being uniform motion are numerically simulated in a two- dimensional Eulerian hydrodynamics code that uses the MOCL technique to track interfaces. Results show that the method is simple and feasible.展开更多
文摘综述国内外建模和模拟(Modeling and Simulation,M&S)的验证与确认(Verification and Validation,V&V)的相关概念、术语、规范、置信度评估方法和应用等方面的发展和研究进展,概括M&S的V&V中的几个关键问题,构建复杂工程M&S的V&V的知识指南,为M&S的V&V技术真正走向应用提供参考.
文摘In this paper, an adaptive mesh refinement technique is presented in numeri-cal solution of partial differential equations. Mainly including scanning function,refining/ derefine, and the method has been implemented based on unstructuregrid and in Lagrangian or in Eulerian. Results are very helpful to the study of thenumerical simulation of detonation and study of explosive performances.
文摘A method is presented for tracking interfaces, which is MOCL (marker on cell line) employed in two-dimensional Eulerian code. To test it, five kinds of objects with different shapes being uniform motion are numerically simulated in a two- dimensional Eulerian hydrodynamics code that uses the MOCL technique to track interfaces. Results show that the method is simple and feasible.
