REAR IMPACT HEAD DISPLACEMENT REDUCTION THROUGH THE APPLICATION OF STRAIN RATE HARDENING CUSHIONING MATERIALS

• 1. 通过应变率硬化缓冲材料的应用的后部冲击头部位移减少 [P] . 中国专利： CN103029606A . 2013-04-10
• 2. 一种获得材料多应变率下高精度硬化模型参数的方法 [P] . 中国专利： CN113764056A . 2021-12-07
• 3. Reduction of the head displacement in the event of a rear impact by the use of upholstery materials which harden with derverformungsrate [P] . 德国专利： DE102012217244A1 . 2013-08-29

  机译： 通过使用用硬石膏形成的硬质装饰材料减少后部撞击时头部的位移

• 4. Rear seat system for motor vehicle, has hook-shaped head that is provided with latching receptacle for integrated booster cushion wires of seat cushion in rear impact [P] . 德国专利： DE102012108044A1 . 2014-03-06

  机译： 用于机动车辆的后座系统，具有钩形头部，该钩形头部设有闩锁插孔，用于在后部碰撞时将座垫的集成增高垫线

• 5. An integrated cushion for the protection against a lateral impact and for the protection of the vehicle occupants on the rear seats in front of a head-on impact [P] . 德国专利： DE102014220849A1 . 2015-04-23

  机译： 一体式坐垫，可防止侧面碰撞，并在正面碰撞前保护后座上的乘员

• 1. SOLUTION OF THE PLANE STRESS PROBLEMS OF STRAIN-HARDENING MATERIALS DESCRIBED BY POWER-LAW USING THE COMPLEX PSEUDO-STRESS FUNCTION [J] . 王子昆, 魏雪霞, 高信林 应用数学和力学：英文版 . 1991,第005期
• 2. Application of corotational rates of the logarithmic strain in constitutive modeling of hardening materials at finite deformations [J] . Naghdabadi R, Yeganeh M, Saidi AR International Journal of Plasticity . 2005,第8期
• 3. New load-line-displacement based eta factor equation to evaluate J-integral for SE(B) specimen considering material strain hardening and no-crack displacement effect [J] . Dey Subrata, Chattopadhyay J. Engineering Fracture Mechanics . 2017,第期
• 4. The influence of loading rates on hardening effects in elasto/viscoplastic strain-hardening materials [J] . De Angelis Fabio, Cancellara Donato, Grassia Luigi, Mechanics of time-dependent materials . 2018,第4期
• 5. Validation of the Hardening Behaviors for Metallic Materials at High Strain Rate and Temperature by Using the Taylor Impact Test [C] . MingJun Piao, Hoon Huh, Ikjin Lee International Symposium on Impact Engineering . 2016
• 6. A PEAK-LOAD DESIGN CRITERION WITH APPLICATION TO THE RUPTURE OF SOLID CIRCULAR CYLINDERS OF STRAIN-HARDENING MATERIALS SUBJECTED TO A COMBINATION OF TENSION, TORSION AND SMALL BENDING MOMENT. [D] . KAMIL, SULAEMAN. 1978
• 7. Displacement Strain and Failure Estimation for Multi-Material Structure Using the Displacement-Strain Transformation Matrix [O] . Hye-Lim Jang, Dae-Hyun Han, Mun-Young Hwang, 2020
• 8. Application of high-strain-rate material testing to the study of soft-body impact [O] . D. A. Hughes, C. Ruiz, I. Martindale 2015

• 1. EFFECT OF STRAIN RATE(?) ON STRAIN HARDENING EXPONENT n OF SOME METALLIC MATERIALS [J] . TANG Changguo ZHU Jinhua ZHANG Yuhua ZHOU HuijiuResearch Institute for Strength of Metals. Xi’an Jiaotong University. Xi’an. China . 金属学报：英文版 . 1994,第3期
• 2. Displacements, Strains, and Stresses Investigations in an Inhomogeneous Rotating Hollow Cylinder Made of Functionally Graded Materials under an Axisymmetric Radial Loading [J] . Elise Rose Atangana Nkene ,Luc Leroy Mambou Ngueyep ,Joseph Ndop . 力学国际期刊（英文） . 2018,第3期
• 3. Strain hardening behavior, strain rate sensitivity and hot deformation maps of AISI 321 austenitic stainless steel [J] . Mehdi Shaban Ghazani ,Beitallah Eghbali . 矿物冶金与材料学报 . 2021,第011期
• 4. Use of Intermetallic Alloys as Reactive Materials for Warhead Applications [J] . Jürgen Evers ,Thomas M.Klapötke . 火炸药学报 . 2015,第006期
• 5. 基于J-C模型的受冲击钢梁的位移计算和两个应变率本构模型的比较分析 [C] . 席丰 ,张云 . 2011年全国塑性力学会议 . 2011
• 6. 冲击速度和应变率对六边形蜂窝缓冲性能的影响 [A] . 张菲菲 . 2018