原文传递
COMPUTATION OF VELOCITY AND PRESSURE VARIATION ACROSS AXISYMMETRIC
THICK TURBULENT STERN FLOWS
| 题名： | COMPUTATION OF VELOCITY AND PRESSURE VARIATION ACROSS AXISYMMETRIC THICK TURBULENT STERN FLOWS |
| 作者： | Thomas T. Huang and Mlng-Shun Chang |
| 关键词： | Thick turbulent stern flows, boundary layer, turbulence modeling; viscous-lnviscid flow interaction, axisymmetric flows. |
| 摘要： | When the curvature of a ships surface is large and the stern boundary layer is thick the cross-stream inviscid velocity and pressure variation becomes important in stern boundary layer computations.! The second momentum equation is of the form where k is the curvature of the stern flow, which is different from the surface curvature of the body, u is the velocity along a streamline, p is the pressure, and p is the mass density of the fluid. Two viscous-inviscid interaction computation procedures are presented. One uses a marching technique in a natural streamline coordinate system together with the K-C turbulence model to solve the axisymmetric Reynolds-averaged |
| 报告类型： | 科技报告 |
相关文献
- Final Report: Equipment for Rapid Whole-Field Velocity and Density Capture in Rotor Flows.
- LOCAL PROPELLER BLADE FLOWS IN UNIFORM AND SHEARED ONSET FLOWS USING LDV TECHNIQUES
- Use of a Thermodynamic Analog for Pneumatic Transport in Horizontal Pipes
- Uplife and Crack Flow Resulting from High Velocity Discharges Over Open Offset Joints. Dam Safety Technology Development Program.
- Ship Forces on the Shoreline of the Savannah Harbor Project.
- EXAMINATION OF THE PCICE METHOD IN THE NEARLY INCOMPRESSIBLE, AS WELL AS STRICTLY INCOMPRESSIBLE, LIMITS
检索历史
应用推荐
