Chengqing Wu    University of Technology, Sydney, Australia

Under extreme conditions such as explosion and impact, materials and structures will experience severe impact loads, which are characterized by high temperature, high strain rate, and high pressure. Impact load includes blast loading, ballistic impact, and damage. In this Symposium, theoretical analysis, numerical simulations, and experiments will be used to study the impact response and protection designs of materials and structures, including metal materials, composite materials, polymer materials, ceramic materials, cellular materials, biomaterials, lightweight cellular sandwich structures, composite structures, soft matter, advanced nanomaterials, layered structures, etc. In these studies, the influences of boundary conditions, load characteristics, size effects, material properties, geometric properties, and other factors on the impact characteristics of materials and structures are considered. Through these studies, we can better understand the failure mechanisms, energy absorption, optimal designs of these materials and structures under impact load, and so on. Understanding potential dynamic deformation and failure mechanisms can help to design advanced materials or structures for energy absorption or impact 

resistance.

Chairs:

Weiqiang Pang    Xi'an Modern Chemistry Research Institute, China

Alexander Korotkikh    Tomsk Polytechnic University, Russia   

Keywords:

1. Innovative energetic materials and modification research

2. Relationship between structural composition and performance of 

innovative energetic materials

3. Features of solid propellant containing innovative energetic 

materials

4. Formulation design and performance research of advanced 

solid propellants

5. New propellant thermal decomposition and safety technology

6. Advanced manufacturing technology for composite energetic 

materials

7. Simulation and experimental research on the performance of

 solid propellants

8. Cutting-edge new technologies for solid propellants

Jianping Yin            North University of China

Vincent B.C. Tan    National University of Singapore

1. General quality characteristic integrated design theory and 

method

2. Digital modeling and simulation technology

3. General quality characteristic test and appraisal technique

4. On-line detection and fault diagnosis

5. Integrated design of common quality characteristics based 

on model

6. Reliability and safety engineering

7. Health management and operational decision making as well as common quality characteristics related database and software development techniques

Chairs:

Jitang Fan    Beijing Institute of Technology, China

Yan Liu    Tsinghua University, China

Jianxun Zhang    Xi'an Jiaotong University, China

Guoxing Lu    Swinburne University of Technology，Australia

Shahzad Ali    Beijing Institute of Technology, China

Impact mechanical behavior of materials, including metals,

polymers, composites and inorganics

杜忠华　　沈阳理工大学

郑元枫　　北京理工大学　

葛　超　　北京理工大学

王传婷　　南京理工大学

梁民族　　国防科技大学

１. 新质毁伤理论

２. 新质毁伤材料

３.新质毁伤元技术

４. 新质毁伤效应

５. 新质毁伤战斗部技术

６. 新质毁伤仿真技术

７. 新质毁伤测试技术

８. 新质毁伤相关交叉学科问题

王哲君　　 火箭军工程大学

武　毅　　 北京理工大学

１. 损伤行为的监检测与表征技术

２. 复杂力学行为的模拟表征测试技术

３. 服役寿命评估的监检测技术

４. 变形、失效破坏行为的数值仿真技术

５. 极限承载能力的试验验证技术

６. 多场多尺度下的数值仿真技术

孙光永　　湖南大学

胡玉冰　　南京理工大学

１. 人体损伤生物力学表征与建模

２. 人体损伤机理与损伤准则

３. 人体数字模型开发与应用

４. 轻量化安全防护材料及结构表征与建模

５. 轻量化安全防护结构先进设计方法、制造技术与连接工艺

６. 轻量化安全防护结构性能评价、损伤检测、剩余性能预测及修复

７. 轻量化安全防护结构的工程应用

银　颖　　中国工程物理研究院化工材料研究所

何洪途　　西南科技大学

１. 含能材料先进表界面设计与表征技术

２. 表界面力学性能

３. 表界面的多尺度性能表征

４. 表界面功能化与安全性提升

刘　勇　　内蒙古第一机械集团有限公司

１. 特种车辆总体设计理论与方法

２. 高效高功率密度能量传递与管理

３. 超高强材料复杂构件智能焊接与整体增材制造技术

４. 特种车辆多复杂系统集成集装调技术

 5. 其他相关理论与技术

朱秀荣　　内蒙金属材料研究所

１. 新型装甲材料及其防护性能

２. 被动装甲技术

３. 人体防护技术

４. 智能/主动/灵巧防护技术

 5. 弹靶作用机理

 6. 柔性防护技术

 7. 低、慢、小无人机防护技术

 8. 工程防护

 9. 舰船防护

牛兰杰　　西安机电信息技术研究所

马　捷　　西安机电信息技术研究所

1. 近场目标及环境特性

2. 近程无线电探测与识别

3. 近程红外/激光探测与识别

4. 近场声、磁等探测与识别

5. 近程仿生/复合探测与识别

6. 信息交联与组网

7. 电子对抗与防护

8. 系统/部件/器件抗冲击仿真、设计、性能测试及评估

9. 微机电系统等设计、制造、装备与决策控制技术