Open AccessAn Extensive Review on Advance Forming Methods
Author(s) -
Kumar Prabhash,
Tushar Gandhi,
Vaibhav Chandra
Publication year - 2020
Publication title -
international journal of advanced production and industrial engineering
Language(s) - English
Resource type - Journals
ISSN - 2455-8419
DOI - 10.35121/ijapie202001145
Subject(s) - process (computing) , forming processes , sheet metal , rigidity (electromagnetism) , computer science , rapid prototyping , component (thermodynamics) , mechanical engineering , work in process , hydroforming , work (physics) , manufacturing engineering , engineering , structural engineering , operations management , physics , thermodynamics , operating system
Giving it a shape and making it a useful component defines the process of forming. Years of research have given new methods to this process. In various industries like automobile and aeronautics, the goal is to achieve complicated shapes with properties like high energy absorption, high rigidity at a lower cost. These aspects can be achieved by Advance Forming Methods (AFM), major work is being done on the hydroforming process as this process provide shapes that otherwise require a greater number of processes. The idea of flexible forming is something where the efforts are reduced along with a number of trials by introducing rubber pads into the sheet metal forming process and the complexity of tool design automatically reduces. Other than these processes, the process of rapid prototyping which is incorporated in the laser forming process is being used in the fabrication of metallic components. The areas of work which is being done are to reduce the number of failures by optimizing the process parameters to achieve better results at a low cost