The intention of this paper is to describe some of the activities undertaken by the Warwick Manufacturing Group towards an EPSRC/Industrially funded research programme called LASTFORM. The aim of the programme is to produce LArge Scale Tooting FOr Rapid Manufacture, predominantly in the Aerospace industry. At Warwick the method adopted was to LASER cut metal laminations to correspond to slices taken from a CAD model. The laminates were then joined to provide a near net shape of the required toot. Warwick's main contribution to the programme was to investigate the various ways of joining these laminations together so as to withstand the production environment. The outline methodology is described and includes material selection, test procedu...
Time reduction and quick geometrical changes of complex components and tools are currently the most ...
This paper describes a new concept for the construction of prototype tooling specifically for pressu...
The established commercially available rapid prototyping techniques are now well known throughout t...
Rapid laminating methods predates rapid prototyping by several years, indeed the first work on lamin...
This paper details the development of a rapid tooling manufacturing route for the gravity and high-p...
An output from an EPSRC funded project (GR/K67151/01, £231,279) involving collaboration of 3 univers...
The quick manufacturing of large metal forming tools, e.g. for car body parts, is a novel and promis...
The market demand for reduced product lead times coupled with increases in product iterations have d...
This paper describes the current work on a laser cutting and welding system for the fabrication of ...
This paper describes the current work on a laser cutting and welding system for the fabrication of ...
The rapid manufacturing of large metal forming tools, for car body parts for exa mple, is a novel an...
Time reduction and quick geometrical changes of complex components and tools are currently the most ...
Time reduction and quick geometrical changes of complex components and tools are currently the most ...
This paper outlines a method of sequentially joining steel laminations together using a high strengt...
Improved manufacturing technology is often needed when working with high strength steel. In this res...
Time reduction and quick geometrical changes of complex components and tools are currently the most ...
This paper describes a new concept for the construction of prototype tooling specifically for pressu...
The established commercially available rapid prototyping techniques are now well known throughout t...
Rapid laminating methods predates rapid prototyping by several years, indeed the first work on lamin...
This paper details the development of a rapid tooling manufacturing route for the gravity and high-p...
An output from an EPSRC funded project (GR/K67151/01, £231,279) involving collaboration of 3 univers...
The quick manufacturing of large metal forming tools, e.g. for car body parts, is a novel and promis...
The market demand for reduced product lead times coupled with increases in product iterations have d...
This paper describes the current work on a laser cutting and welding system for the fabrication of ...
This paper describes the current work on a laser cutting and welding system for the fabrication of ...
The rapid manufacturing of large metal forming tools, for car body parts for exa mple, is a novel an...
Time reduction and quick geometrical changes of complex components and tools are currently the most ...
Time reduction and quick geometrical changes of complex components and tools are currently the most ...
This paper outlines a method of sequentially joining steel laminations together using a high strengt...
Improved manufacturing technology is often needed when working with high strength steel. In this res...
Time reduction and quick geometrical changes of complex components and tools are currently the most ...
This paper describes a new concept for the construction of prototype tooling specifically for pressu...
The established commercially available rapid prototyping techniques are now well known throughout t...