A BIW Structure Research of Light Weight Vehicle with High Stiffness by Steel

机译：钢刚度高刚度的琵琶结构研究

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The focus of this paper is to develop an innovative vehicle layout and optimize vehicle body structure with the latest lightweight steel technologies, such as hydro-forming and hot stamping. Our BIW structure achieved a mass savings of 28 kg (-10%) compared to the mass of baseline BIW structure. (Base BIW: MD_Elantra)

机译：本文的重点是开发一种创新的车辆布局，并利用最新的轻质钢铁技术优化车身结构，如水力成型和热冲压。与基线BIW结构的质量相比，我们的BIW结构达到了28公斤（-10％）的大规模节约。（基础BIW：MD_ELANTRA）

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《Asia Pacific Automotive Engineering Conference》|2015年|1 Electronic text data|共8页
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YongKew Kim;
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中图分类 U46-53;
关键词
Lightweight technologies; Hydroforming; Hot stamping; Optimized vehicle body structure;

机译：轻量级技术;液压成形;热冲压;优化的车身结构;

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专利

1. Potential application of nanocrystalline 301 austenitic stainless steel in lightweight vehicle structures [J] . M. Eskandari, A. Najafizadeh, A. Kermanpur, Materials & design . 2009,第9期

机译：纳米晶301奥氏体不锈钢在轻型车辆结构中的潜在应用
2. Economic and light-weight vehicle structures by applying high-strength steels [J] . Horst Wegmann, Sinasi M. Goklu Stahl und Eisen . 2002,第5期

机译：采用高强度钢的经济型和轻型汽车结构
3. Economic and light-weight vehicle structures by applying high-strength steels [J] . Horst Wegmann, Sinasi M. Goklu Stahl und Eisen . 2002,第5期

机译：采用高强度钢的经济型和轻型汽车结构
4. A BIW Structure Research of Light Weight Vehicle with High Stiffness by Steel [C] . YongKew Kim Asia Pacific Automotive Engineering Conference . 2015

机译：钢刚度高刚度的琵琶结构研究
5. Analysis of alternative manufacturing processes for lightweight BIW designs, using Analytical Hierarchy Process. [D] . Vijayakumar, Srinath. 2010

机译：使用分析层次过程分析轻型BIW设计的替代制造过程。
6. Low reversed cyclic loading tests for integrated precast structure of lightweight wall with single-row reinforcement under a lightweight steel frame [O] . Jia Suizi, Cao Wanlin, Zhang Yuchen 2018

机译：轻型钢框架下具有单排钢筋的轻型墙的整体预制结构的低反向循环荷载测试
7. Lightweighting of stiffness critical advanced high strength steel structures using fibre reinforced plastics. [O] . Keating Elspeth 100

机译：使用纤维增强塑料轻量化刚度关键的先进高强度钢结构。
8. Vehicle Lightweighting: 40% and 45% Weight Savings Analysis: Technical Cost Modeling for Vehicle Lightweighting. [R] . Mascarin, A., Hannibal, T., Raghunathan, A., 2015

机译：车辆轻量化：40％和45％重量节省分析：车辆轻量化的技术成本建模。

A BIW Structure Research of Light Weight Vehicle with High Stiffness by Steel

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