An output from an EPSRC funded project (GR/K67151/01, £231,279) involving collaboration of 3 universities and 6 industrial partners, including Rolls Royce, BAE Systems, Airbus and Short Brothers. A novel tooling method based on laser cut metal sheets, brazed to form a laminated structure, was developed and tested. The project was awarded Alpha 4 for Science and Technology merit and excellent for management and use of resources in the final report assessment. Research to further develop and extend the process for the manufacture of high pressure die casting tools was subsequently secured from EPSRC – IMI RADICAL (GR/M75068)
The established commercially available rapid prototyping techniques are now well known throughout t...
Global issues such as energy and climate changes have impacted on both the automotive and aerospace ...
The additive manufacturing technology Laser Beam Melting (LBM) is an emerging technology that has th...
This paper details the development of a rapid tooling manufacturing route for the gravity and high-p...
The intention of this paper is to describe some of the activities undertaken by the Warwick Manufact...
Rapid laminating methods predates rapid prototyping by several years, indeed the first work on lamin...
The quick manufacturing of large metal forming tools, e.g. for car body parts, is a novel and promis...
The rapid manufacturing of large metal forming tools, for car body parts for exa mple, is a novel an...
This paper describes a new concept for the construction of prototype tooling specifically for pressu...
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 ...
Selective Laser Melting technologies have given a new boost to Rapid Tooling applications of Layer-B...
Time reduction and quick geometrical changes of complex components and tools are currently the most ...
The market demand for reduced product lead times coupled with increases in product iterations have d...
Development and improvement of a complete self-controlled process chain for manufacturing of laminat...
The established commercially available rapid prototyping techniques are now well known throughout t...
Global issues such as energy and climate changes have impacted on both the automotive and aerospace ...
The additive manufacturing technology Laser Beam Melting (LBM) is an emerging technology that has th...
This paper details the development of a rapid tooling manufacturing route for the gravity and high-p...
The intention of this paper is to describe some of the activities undertaken by the Warwick Manufact...
Rapid laminating methods predates rapid prototyping by several years, indeed the first work on lamin...
The quick manufacturing of large metal forming tools, e.g. for car body parts, is a novel and promis...
The rapid manufacturing of large metal forming tools, for car body parts for exa mple, is a novel an...
This paper describes a new concept for the construction of prototype tooling specifically for pressu...
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 ...
Selective Laser Melting technologies have given a new boost to Rapid Tooling applications of Layer-B...
Time reduction and quick geometrical changes of complex components and tools are currently the most ...
The market demand for reduced product lead times coupled with increases in product iterations have d...
Development and improvement of a complete self-controlled process chain for manufacturing of laminat...
The established commercially available rapid prototyping techniques are now well known throughout t...
Global issues such as energy and climate changes have impacted on both the automotive and aerospace ...
The additive manufacturing technology Laser Beam Melting (LBM) is an emerging technology that has th...