课程号:
TS196006
课程名:
生产技术- 从传统工艺到现代化3D打印
英文课程名:
Production Technology - from conventional methods to modern 3D printing
开课单位:
本科生院
授课教师:
Prof.Mag.Dipl. -Ing.Hannes GRÜNBICHLER
责任教师:
助理教师:
学分/学时:
1/16
选课年级:
大二起
选课专业:
工科、理科
教师简介(中英文):
Grünbichler教授,拥有材料科学与经济学双博士学位,同时他还是德国国家授权并宣誓的材料科学土木工程师,在材料科学领域有十余年的研究经验。他既是法院注册的民事调解员,又是宣誓并获得法院认证的材料专家,还是KF Materials Science的大学讲师和研究员,同时担任了金属技术硕士考试委员会主席。
Professor Grünbichler holds a double doctorate in materials science and economics. He is also a civil engineering engineer in the material sciences authorized and sworn by the German state. He has more than ten years of research experience in the field of materials science. He is a civil mediator registered with the court, a material expert who is sworn and certified by the court, a university lecturer and researcher at KF Materials Science, and a chairman of the Metal Technology Master Examination Committee.
课程简介(中英文):
课程内容:
课程将概括最重要的生产技术。讨论内容从最重要的传统生产流程到现代化增材生产流程。
周一,2019年7月1号
评述主要生产流程
简介:材料性质评述1
简介:材料性质评述2
生产步骤的拣选标准1
生产步骤的拣选标准2
周二,2019年7月2号
初步成型过程
…从液体到固体(浇铸技术评述)
…从粉状到固体(金属烧结)
…从粉状到固体(陶瓷烧结)
评述增材制造技术
周三,2019年7月3号
变形过程
压力成型过程
拉伸压缩成型技术
拉伸成型技术
弯曲、剪切成形技术
周四,2019年7月4号
切割过程与结合
通过几何定义刀具的成型过程,比如车削
通过几何定义刀具的成型过程,比如磨
钻孔,珩磨,打磨,研磨等
评述结合技术
An overview of the most important production technologies is given. The most important conventional manufacturing processes up to the modern additive manufacturing processes are discussed.
Monday, July 1, 2019
Review on main manufacturing processes
Introduction: Review on material props, part I
Introduction: Review on material props, part II
selection criteria for manufacturing procedures, part I
selection criteria for manufacturing procedures, part II
Tuesday, July 2, 2019
Primary forming processes
... from the fluid to the solid state (review on casting technologies)
... from the pulverised to the solid state (sintering of metals)
... from the pulverised to the solid state (sintering of ceramics)
Review on Additive Manufacturing technologies
Wednesday, July 3, 2019
Transforming processes
pressure forming technologies
tensile compression forming technologies
tensile forming technologies
bending, shear forming technologies
Thursday, July 4, 2019
Separation processes and Joining
shape forming with a geometrically defined cutting edge, e.g. turning
shape forming with a geometrically defined cutting edge, e.g. milling
drilling, honing, grinding, lapping etc.
Review on joining technologies
先修课程:
物理基础知识、材料学基础知识