Product miniaturization is an emerging trend for facilitating product usage, enabling unique
product functions to be implemented in micro-scaled geometries and features, and further …

An important problem encountered in the deep drawing processes of sheet metals is
represented by the sheet thickness variation that can influence and affect the quality of …

During the miniaturization of specimen size, lubrication plays a very important role in
microforming process. Size effect of friction occurs clearly when a kind of liquid lubricant is …

As-received pure titanium (Ti) foil with a thickness of 50 μm was annealed at 600° C, 650° C,
and 700° C for 30–60 min to obtain different grain sizes. Then the effects of grain size on the …

Although deep drawing process in the macro scale are well developed, the known concepts
cannot be applied to micro deep drawing through directly scale down the specimen and …

This paper presents the design of multi-stage drawing process and tooling aided by finite
element analysis (FEA) for fabrication of a miniature sheet metal component, made of a cold …

A microscale laser shock flexible drawing (µLSFD) is a novel ultrahigh strain rate
manufacturing technology that provides an effective means for fabricating complicated …

Two types of electroconductive ceramic tools are employed in this study to describe the dry
deep drawing behavior of cold rolled steel sheets into cylindrical and rectangular cups. Each …

The micro and milli deep drawings are cold forming processes applied in order to realise
micro parts having dimensions smaller than 1.00 mm and milli parts having dimensions …

The inverse solution is helpful to determine the drawability of a part and drawing parameters
at the initial design stage. The usual inverse algorithms consider the drawing process that …