Faculty

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Ben Guan

Recommended MA Supervisor

Personal Information

Master Tutor

Name (English):Ben Guan

Name (Pinyin):guanben

E-Mail:

School/Department:机械工程学院

Administrative Position:冶金机械党支部书记/机械工程学院党委委员

Education Level:研究生

Business Address:机电楼810

Contact Information:niuben57@163.com/guanben@ustb.edu.cn

Degree:博士

Professional Title:Professor

Alma Mater:北京科技大学

Discipline:
Mechanical Design and Theory

Research Field

No content

Paper Publications more+
[1] 基于单胞有限元的波纹板等效刚度特性.北京航空航天大学学报, [2] Optimization of the Die Forging Parameters of 21-4N Heat-Resistant Steel by Processing Maps.Transactions of the Indian Institute of Metals, [3] An Extended Ductile Fracture Prediction Model Considering Hydrostatic Stress and Maximum Shear St.... [4] Constitutive models and microstructure evolution of Ti-6Al-4V alloy during the hot compressive pr....Materials Research Express, [5] Finite Element Simulation of Edge Fracture by Mapping the Shear-Induced Ductile Damage into Hole-.... [6] A Numerical Investigation on the Drying Process of Laminated Green Body Manufactured by 3D Gel-Pr....Strength of Materials, [7] Experimental and numerical study on ductile fracture prediction of aluminum alloy 6016-t6 sheets ....Journal of Materials Engineering and Performance, [8] Model for the whole roller leveling process of plates with random curvature distribution based on....Chinese journal of mechanical engineering, [9] Modified johnson-cook model of aluminum alloy 6016-t6 sheets at low dynamic strain rates..Materials Science & Engineering, A. Structural Materials: Properties, Misrostructure and Processing, [10] 管奔,Stress-inheriting behavior of H-beam during roller straightening process.JOURNAL OF MATERIALS PROCESSING TECHNOLOGY,2441.
Patents
[1] 管奔 , 空间非合作目标的捕获装置及其捕获方法 [2] 管奔 , 一种模块化卧式型钢弯曲矫直装置 [3] 管奔 , 一种双曲度板辊弯成形装置 [4] 管奔 , 一种热轧金属复合板预矫直辊系 [5] 管奔 , 一种具有面内负泊松比特性的轻量化蛋盒型单胞及制备 [6] 管奔 , 一种具有梯度层叠特征的蛋盒型单胞及蛋盒型结构 [7] 管奔 , 一种金属型材压力矫直策略方法 [8] 管奔 , 一种可变直径的麦克纳姆轮及行走结构和底盘结构
Published Books

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Research Projects more+
[1] 秦冶新一代BCQ布料器技术开发,进行, [2] 安全联轴器成套设备研发,进行, [3] 一种金属型材压力矫直策略方法,进行, [4] 全流程绿色智能制造协同创新技术, [5] 先进金属材料韧性断裂行为研究, [6] 装备复杂零部件个性化快速定制智能制造新模式, [7] 伺服系统动力学特性分析, [8] 四辊轧垂直系统结构刚度模型开发和仿真分析,进行, [9] 板材炼钢制造部连铸大包回转台结构载荷校验项目,进行, [10] 方形导轨自动矫直工艺软件开发,进行,