车身造型

基于UG轻型货车车身造型元素参数化设计

UG-Based Parametric Design of Light Truck Body Modeling Unit Design

车身造型计算机辅助设计系统

CAD system of Vehicle Body modeling

B样条曲线、曲面是计算机辅助汽车车身造型的一个重要工具。

The Be ' zier curve and surface are important means in computer aided car body surface styling .

随着产品数字化和快速制造技术的发展，逆向工程（reverseengineering）技术在汽车车身造型设计中得到了广泛的研究和应用。

Along with the product digitization and the fast manufacture technology development , the reverse engineering technology obtained extensive research and the application in the auto-body design .

提出基于人工神经网络（ANN）对客车车身造型进行美学评价的计算机辅助方法，阐述了用于准三维造型评价的BP网络结构以及造型特征提取技术。

A computer aided technique for aesthetic appraisal on bus styling based on artificial neural network ( ANN ) is presented .

UG在车身造型设计中曲面及实体构建的应用研究

Research on application of UG to constructing surface and solid body in automobile body shape-designing

本文概要介绍大通牌SH6120型豪华旅游客车采用CAD造型设计的程序，车身造型的特点，内饰设计及车身造型空气动力学分析，给出了计算机绘制的外形图及线图。

CAD mould design program , the characteristics of body mould , trimming design and body mould aerodynamics analysis of Da Tong SH 6120 luxury bus are briefly introduced . The outline drawing of the bus is given .

在对汽车车身造型设计中常用的几种曲线、曲面光顺算法研究的基础上，提出一种能量优化的计算方法，并将这一算法推广到NURBS中。

Based on researching several arithmetics of fairing curve and surface in automobile body shape-designing . We afford a Energy optimization method which can be extended to the NURBS .

主要介绍SJ6102CG（LPG）低地板城市客车的车身造型、结构特点和技术参数。

This paper introduces the body model , structure feature and technical parameters of SJ6102CG ( LPG ) low-floor city bus .

结合某微型电动汽车车身造型设计的实例，研究了用UG进行点云数据处理、曲线、曲面及三维实体数学模型构建等相关技术问题；

According to an example of a mini electric vehicle body shape-designing , several technical problems of processing point data , constructing curve , surface and three-dimensional solid body mathematic model with software UG are researched .

试验结果及其分析表明，采用ICAS方法可以方便地获得主要气动性能指标优于现代常规轿车的实用车身造型，同时也验证了该方法的先进性与实用性。

The testing results have proved that car body styling with better aerodynamic performances than ordinary modern cars can be conveniently achieved by using the ICAS method , thus revealing its advantages and practicability .

利用三维工程设计软件的客车车身造型设计

Utilize passenger train automobile body shape-designing of three-dimensional engineering design software

基于神经网络的客车车身造型评价专家系统

Expert System for Bus - Styling Appraisement Based on Neural Network

该系统在计算机虚拟环境中进行汽车车身造型设计。

In this system automobile styling is designed under virtual environment .

客车车身造型相当重要，它直接影响整车的视觉效果。

The importance of bus modeling directly influences the bus vision .

电动摩托车车身造型设计与有限元分析摩托车前后轮联动制动系统的设计计算

The Electric Motorcycle Body Style Design and Finite Element Analysis

概念设计中计算机辅助车身造型设计方法的探索

Research into Methods of Computer-aided Modeling in Body Concept Design

汽车空气动力学与车身造型研究最新进展

The Latest Progress in Research of Automobile Aerodynamicist and Coachbuilding

当代汽车车身造型技术与结构特征

Modelling Technology and Structural Feature of Modern Car Body

神经网络在客车车身造型美学评价中的应用研究

A Study on the Application of Artificial Neural Network to Bus Styling Appraisal

基于空气动力学的车身造型设计研究

Research on Car-body Model Design Based on Aerodynamics

隐函数曲面在车身造型中的应用

Application of implicit surface in automobile body styling

车身造型与汽车电子一起已经成为目前汽车整车产品中最活跃的因素。

Body design and electronic product are the most exciting factor in car design .

本文介绍了一种可以获得优良空气动力性能的轿车车身造型方法。

A new car body styling method which can obtain satisfactory aerodynamic performance is introduced .

汽车车身造型与结构分析

Body Design and Structure Analysis

客车车身造型设计

Design of Bus-body Model

将网格曲面变形方法应用于汽车车身造型，可以快速得到不同风格的车身外形。

Bodywork of different styles can be acquired quickly as the mesh deformation method is applied to automobile body .

目前减小升力的主要措施是增加尾翼或扰流板。4.车身造型及数值模拟。

At present , reduce the lift are the main measures to increase the tail or spoiler . 4 .

与传统的车身造型设计方法相比，该方法提高了工作效率，缩短了新产品的开发周期。

Compared with traditional automobile body design method , the method enhanced working efficiency and reduced new product development cycle .

那个时代的甲壳虫有硬顶式和敞篷式两种车身造型，不过动力系统却没得选，只有一款风冷后驱发动机，搭配三速手动变速箱。

Beetles of that era came in two body styles hard-top and cabriolet and with one powertrain option : air-cooled , rear-engine , three-speed manual transmission .