价值工程
價值工程
개치공정
VALUE ENGINEERING
2013年
11期
219-220
,共2页
线光源%微元法%优化设计%数学模型
線光源%微元法%優化設計%數學模型
선광원%미원법%우화설계%수학모형
linear light source%micro-element method%optimal design%mathematical model
本文依据2002“高教社杯”全国大学生数学建模竞赛A题提供的资料,对车灯线光源的优化设计进行后续研究.按照设计规范要求设计,以车灯线光源功率最小为优化目标,将线光源分为若干点光源,通过车灯罩内壁反射点设计,运用微元法对线光源的长度进行讨论,并进行相应数值分析、检验,构建车灯优化设计数学模型.
本文依據2002“高教社杯”全國大學生數學建模競賽A題提供的資料,對車燈線光源的優化設計進行後續研究.按照設計規範要求設計,以車燈線光源功率最小為優化目標,將線光源分為若榦點光源,通過車燈罩內壁反射點設計,運用微元法對線光源的長度進行討論,併進行相應數值分析、檢驗,構建車燈優化設計數學模型.
본문의거2002“고교사배”전국대학생수학건모경새A제제공적자료,대차등선광원적우화설계진행후속연구.안조설계규범요구설계,이차등선광원공솔최소위우화목표,장선광원분위약간점광원,통과차등조내벽반사점설계,운용미원법대선광원적장도진행토론,병진행상응수치분석、검험,구건차등우화설계수학모형.
Based on the question A of National Students Mathematical Modeling Contest of 2002"Higher Education's Cup", this paper made follow-up study on optimal design of line light source of the car light. In accordance with design specifications, taking minimum power of line light source of the car light as optimization goal, the line light source of the car light was divided into a number of point light sources, and this paper carried out discussion on the length of line light source using micro-element method, by design of the reflection point of car lampshade inner wall, and carried out corresponding value analysis and testing to build mathematical model of optimum design of the car light.
