Add to ORKGAmong microforming technologies, micro deep drawing (MDD) process has the potential application in industry because of its advantages of high productivity, low production cost, high product quality and less pollution. Considering the promising application of composite material, aluminium (Al)-copper (Cu) composite is selected to conduct MDD tests because of the multifunctional applications in industry and good plasticity of Al and Cu. In this study, the formability of Al-Cu composite thin foil in MDD process is explored with both experimental and simulation methods
[[abstract]]本計畫以三維動顯函有限元素程式分析金屬薄板微引伸成形，並以微拉伸試驗機擷取銅箔材料參數，帶入程式中進行圓杯微引伸與方杯微引伸之成形性分析，完成不同模具尺寸微引伸成形之沖頭負荷、...
© 2015 Owned by the authors, published by EDP Sciences. Micro forming is a key technology for an ind...
Aluminium alloy AA3104 is commonly used for the manufacture of beverage can bodies. This alloy has e...
To meet the increasing demand of multifunctional applications of microcomponents, metal composites h...
Micro forming is a promising technology with the trend towards miniaturisation in industry, and micr...
Various lubrication conditions have been investigated comprehensively on conventional deep drawing p...
This thesis studies the influence that submicrometric alumina particles (α-Al2O3) and milled carbon ...
With the recent technological trend of miniaturization in manufacturing industries, the rise of micr...
The main properties that make aluminum alloys a valuable material are their light weight, strength, ...
Ceramic-metal composites are an exciting field of research, enabling a combination of properties not...
碩士機電工程學系[[abstract]]本文研究主要利用MTS Tytron 250微力學萬能試驗機，來進行使用銅、鋁金屬薄膜/聚醯亞胺複合體在不同銅、鋁金屬薄膜厚度與應變速率下之微拉伸試驗。其實驗條...
In recent years, a growing demand on micro technical products is observed. Nowadays, the production ...
As the popularisation of electronical devices around the world, the development of micro system has ...
Les composites à matrice métallique (CMM) -- Les composites graphitiques (GrA-Ni®) -- Usinabilité de...
Foils of aluminum 1050 H14 ½ hard temper and 99.9% copper with 500-micron thickness have been used t...
[[abstract]]本計畫以三維動顯函有限元素程式分析金屬薄板微引伸成形，並以微拉伸試驗機擷取銅箔材料參數，帶入程式中進行圓杯微引伸與方杯微引伸之成形性分析，完成不同模具尺寸微引伸成形之沖頭負荷、...
© 2015 Owned by the authors, published by EDP Sciences. Micro forming is a key technology for an ind...
Aluminium alloy AA3104 is commonly used for the manufacture of beverage can bodies. This alloy has e...
To meet the increasing demand of multifunctional applications of microcomponents, metal composites h...
Micro forming is a promising technology with the trend towards miniaturisation in industry, and micr...
Various lubrication conditions have been investigated comprehensively on conventional deep drawing p...
This thesis studies the influence that submicrometric alumina particles (α-Al2O3) and milled carbon ...
With the recent technological trend of miniaturization in manufacturing industries, the rise of micr...
The main properties that make aluminum alloys a valuable material are their light weight, strength, ...
Ceramic-metal composites are an exciting field of research, enabling a combination of properties not...
碩士機電工程學系[[abstract]]本文研究主要利用MTS Tytron 250微力學萬能試驗機，來進行使用銅、鋁金屬薄膜/聚醯亞胺複合體在不同銅、鋁金屬薄膜厚度與應變速率下之微拉伸試驗。其實驗條...
In recent years, a growing demand on micro technical products is observed. Nowadays, the production ...
As the popularisation of electronical devices around the world, the development of micro system has ...
Les composites à matrice métallique (CMM) -- Les composites graphitiques (GrA-Ni®) -- Usinabilité de...
Foils of aluminum 1050 H14 ½ hard temper and 99.9% copper with 500-micron thickness have been used t...
[[abstract]]本計畫以三維動顯函有限元素程式分析金屬薄板微引伸成形，並以微拉伸試驗機擷取銅箔材料參數，帶入程式中進行圓杯微引伸與方杯微引伸之成形性分析，完成不同模具尺寸微引伸成形之沖頭負荷、...
© 2015 Owned by the authors, published by EDP Sciences. Micro forming is a key technology for an ind...
Aluminium alloy AA3104 is commonly used for the manufacture of beverage can bodies. This alloy has e...