In this paper, we report a version of the space-time conservation element and solution
element (CE/SE) method in which the 2D and 3D unsteady Euler equations are simulated …

In this paper, a new definition of SE and CE, which is based on the hexahedron mesh and
simpler than Chang's original CE/SE method (the space–time Conservation Element and …

The space-time conservation element and solution element (CE/SE) method is employed to
numerically study the near-field axisymmetric screech-tone noise of a typical …

The space-time conservation element solution element (CESE) method is modified to
address the robustness issues of high-aspect-ratio, viscous, near-wall meshes. In this new …

It has been known that the space-time CE/SE method can be used to obtain 1D, 2D, and 3D
steady and unsteady flow solution with Mach number ranging from 0.0028 to 10. However, it …

In this paper, the space–time conservation element and solution element (CE/SE) method is
applied for simulating single-phase and two-phase shallow flows with bottom topography …

Numerical simulation of the Enthalpy formulation, for the Stefan problems, is known to be
limited by two difficulties: 1) non-physical waviness in the temperature distribution, as well as …

A new numerical scheme, namely space–time conservation element and solution element
(CE/SE) method, has been used for the solution of the two‐dimensional (2D) dam‐break …

The CESE development is driven by a belief that a solver should (i) enforce conservation
laws in both space and time, and (ii) be built from a non-dissipative (ie, neutrally stable) core …

The core motivating ideas of the space-time CESE method are clearly presented and
critically analyzed. It is explained why these ideas result in all the simplifying and enabling …