This chapter firstly highlights challenges in micro-sheet-metal forming and explains its characteristics and tooling design considerations. An introduction is then given to the basic processes of sheet-metal forming, emphasising, from micro-forming point of view, on the size effect, material, tooling and process capabilities. These are followed by a detailed description on the tool-design for multi-stage/progressive micro-sheet-forming. Considerations for developing a press machine system are also given in detail, concurrently with description of a newly developed machine-system at the University of Strathclyde. A case study is given for further understanding on the micro-forming tool and machine design. Lastly, several issues concerning te...
Recent review in micro-forming research and technological development suggested that the trend of th...
Metal forming has for many years maintained its position as the most efficient method of shaping met...
AbstractMicro-manufacturing has received good attention globally in terms of its manufacturing metho...
This paper reports on the current development of the process for the forming of thin sheet-metal mic...
As demands on miniature/micro-metal-products increase significantly, micro-metal-forming becomes an ...
Although there is considerable published literature on micro-metal forming processes, there is still...
Sheet metal components are used extensively in various applications such as vehicles, aircraft, elec...
Micro Metal Forming, i. e. forming of parts and features with dimensions below 1 mm, is a young area...
In our prior study, a progressive forming system to fabricate meso-scaled bulk cylindrical and flang...
In the last decade, the concept of progressive microforming has emerged and developed gradually, whi...
Recent review in micro-forming research and technological development suggested that the trend of th...
Different aspects of metal forming, consisting of process, tools and design, are presented in this b...
Due to the ubiquitous trend of product miniaturization, energy saving and weight reduction, micro/me...
Sheet metal components are used extensively in various applications such as vehicles, aircraft, elec...
Recent review in micro-forming research and technological development suggested that the trend of th...
Metal forming has for many years maintained its position as the most efficient method of shaping met...
AbstractMicro-manufacturing has received good attention globally in terms of its manufacturing metho...
This paper reports on the current development of the process for the forming of thin sheet-metal mic...
As demands on miniature/micro-metal-products increase significantly, micro-metal-forming becomes an ...
Although there is considerable published literature on micro-metal forming processes, there is still...
Sheet metal components are used extensively in various applications such as vehicles, aircraft, elec...
Micro Metal Forming, i. e. forming of parts and features with dimensions below 1 mm, is a young area...
In our prior study, a progressive forming system to fabricate meso-scaled bulk cylindrical and flang...
In the last decade, the concept of progressive microforming has emerged and developed gradually, whi...
Recent review in micro-forming research and technological development suggested that the trend of th...
Different aspects of metal forming, consisting of process, tools and design, are presented in this b...
Due to the ubiquitous trend of product miniaturization, energy saving and weight reduction, micro/me...
Sheet metal components are used extensively in various applications such as vehicles, aircraft, elec...
Recent review in micro-forming research and technological development suggested that the trend of th...
Metal forming has for many years maintained its position as the most efficient method of shaping met...
AbstractMicro-manufacturing has received good attention globally in terms of its manufacturing metho...