torpedo body

torpedo body的基本解释

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鱼雷式车身

与torpedo body相关的网络例句 [注：此内容来源于网络，仅供参考]

The results offer useful references for the optimization design、maintenance and remedy torpedo cars body in the future. The correlative calculation methods have also some reference values to design and analysis the similar thermal mechanics coupled.

文中研究的结果为今后混铁车罐体的优化设计、罐体的维护和修缮等提供参考依据，且相关的计算方法对类似结构的热力耦合分析也具有一定的参考价值。

Furthermore, the paper uses the pyrology calculational formula to estimate the temperature of torpedo cars body inside and ektexine. It also provides significative results and concretes analysis methods.

利用热工理论计算公式对混铁车罐体的内衬及外壁温度进行了估算，给出了一些有意义计算结果，并提供了具体的分析方法。

Through the model analysis on the structure of torpedo cars body with Block Lanczos method, the first fifteen natural frequency and vibration modes are calculated. Moreover, it also looks for the idiographic measures to boost up torpedo car against vibration by analyzing the reason for that.

运用分块Lanczos法对混铁车罐体结构进行了模态分析，得出了罐体的前15阶固有频率和振型；分析了引起混铁车罐体振动的原因，以寻求增强混铁车罐体抗振性能的具体措施。

An optimization design scheme is crucial for torpedo, however, there has been no any such method recognized so far. This paper presents a method for torpedo lineshape optimization design based on the iSIGHT. In this method, the optimization strategies of simulated annealing algorithm and continuous quadratic planning method are adopted, and the fluid analysis software Fluent is integrated to calculate the fluid parameters of torpedo body lineshape. The comparison of the optimization results obtained by both the presented and the traditional methods shows that the torpedo lineshape optimization method based on the iSIGHT is satisfactory and feasible.

寻找最优设计方案是鱼雷设计的重中之重，针对目前鱼雷优化设计领域还没有一套公认的优化设计方法这一现状，提出了一套基于iSIGHT的工程设计优化方法，将这款商业软件应用于鱼雷线形优化设计中，采用了模拟退火算法+连续二次规划法的优化策略，集成流体分析软件Fluent对雷体线形的流体参数进行了计算，并与传统优化方法结果相比较，结果表明，基于iSIGHT的优化设计方法在鱼雷线形优化设计中是可行的，能够得到令设计人员满意的鱼雷线形优化方案。

Relied on practical engineering project, the paper studies a 320t torpedo car"s body. It investigates more thoroughly on the urgent solved problem of thermal mechanics coupled in the design and analysis of torpedo car"s body by using finite element analysis software named ANSYS.

本课题依托于实际的工程项目，以320t混铁车罐体为研究背景，利用有限元分析软件ANSYS对混铁车罐体结构设计分析中急需解决的热力耦合问题进行了研究。

与torpedo body相关的网络解释 [注：此内容来源于网络，仅供参考]

torpedo body：鱼雷形车身

鸭尾式车身 duck tail body | 鱼雷形车身 torpedo body | 结构 structure

torpedo body：结构

duck tail body 鱼雷形车身 0Q2qxy8oe | torpedo body 结构 uY: | structure 楔形造型 t?pvd7(=o

torpedo body：鱼雷式车身

torpedo boat 鱼雷快艇,鱼雷艇 | torpedo body 鱼雷式车身 | torpedo bombardment airplane 鱼雷轰炸机

torpedo body assembly：鱼雷形组合体

thread ring. threaded cavity (-:-) 螺纹型环 | torpedo body assembly (-:-) 鱼雷形组合体 | transfer mould (-:-) 压注模、传递模

torpedo;torpedo body assembly：魚雷形組合體

secondary nozzle 二級噴嘴 | torpedo;torpedo body assembly 魚雷形組合體 | catridge heater 管式加熱器