首页|基于知识封装的船舶阻力性能虚拟试验流程研发及其应用效果分析

基于知识封装的船舶阻力性能虚拟试验流程研发及其应用效果分析

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本文依托"属性细分,知识封装"的原则,开展基于RANS方程的船舶阻力性能虚拟试验应用流程研究,通过封装虚拟试验专家知识,建立船舶阻力性能虚拟试验应用流程.该流程对标物理水池模型试验流程,用户仅需输入试验对象几何曲面以及主尺度参数,即可开展阻力性能精细预报工作.经大子样验证,该流程预报精度高、效果好,与传统CFD阻力数值计算相比,可大幅提高船舶阻力性能的评估效率,缩短船舶性能研发周期,大幅降低应用门槛.
Development of virtual test process and application effect analysis of ship resistance performance based on knowledge encapsulation
Based on the principle of"attribute subdivision and knowledge encapsulation",the application process research of virtual test of ship resistance performance based on RANS equation by encapsulating vir-tual test expert knowledge was carried out,The application process of virtual test of ship resistance perfor-mance was established and compared to the physical pool model test process.Precise prediction of resistance performance can be carried out by only inputting the geometric surface and the main scale parameters of test object,which has the characteristics of high prediction accuracy and good effect.Compared with the tradition-al CFD resistance numerical calculation,the evaluation efficiency of ship resistance performance is greatly improved,the research cycle of ship performance is shortened,and the barrier to entry is significantly low-ered.

resistance performanceexpert knowledgeapplication processbenefit analysis

朱锋、李胜忠、鲍家乐、梁川、赵峰

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中国船舶科学研究中心,江苏 无锡 214082

深海技术科学太湖实验室,江苏 无锡 214082

阻力性能 专家知识 应用流程 效益分析

2025

船舶力学
中国船舶科学研究中心 中国造船工程学会

船舶力学

北大核心
影响因子:0.437
ISSN:1007-7294
年,卷(期):2025.29(1)