♦ Overview the Development of Chinese Emission Standard and Next Step Planning
   全国汽车排放标准进展与下一阶段规划
♦ How to Achieve Lightweight for EV
   电动汽车轻量化如何实现
♦ Joining Composites to Aluminum Alloy Body
   在铝合金车身中加入复合材料
♦ How to Achieve Composite Use of Various Materials under Current Production Conditions
   如何在现有生产条件下实现多种材料的复合使用
♦ Low cost, Easy to Process, and High Performance Modified Plastics with Its Applications Advantage    and Difficulties
   低成本、易加工、高性能的改性塑料的应用优势与难点
♦ Analyzing on the Safety and Wear Resistance of Non-metal Materials
   非金属材料安全性与耐磨性分析
♦ New Generation Laser Wielding Tech for Body Joining
   新一代激光拼焊技术
♦ The Use of 3D Printing Tech in the Rapid Prototyping
   3D打印技术在快速成型中的使用
♦ The Application of New Structural Adhesive in Body Forming
   新型结构胶在车身成型中的应用
♦ How to Improve the Battery Lightweight on NEV
   新能源汽车电池轻量化解决方案
♦ Analyzing on the Performance and Applied Methods of Resin Process
   树脂工艺的性能分析与应用的可实现性
♦ Design Scheme of Reliable and Stable Chassis System Lightweight
   可靠、稳定的底盘系统轻量化设计方案
♦ The Solutions to Achieve Commercial Car Lightweight
   商用车轻量化设计方案
♦ Modular Integration Solutions for Interior Components
   内饰元器件模块化集成方案
♦ Panel Discussion: With the Use of Lightweight Materials, how to Guarantee Crashworthiness?
   小组讨论：随轻质材料的使用，防撞性如何保证