Using completed material development design, sketch of fur garment design was done and students sketched freely wearing and schematization of a garment their inspiration was contained.
And then, the concept of teaching material development guidance was compiled in the form of teaching material based on multicultural context by using logical systematic as follows: (a) reference concept, (b) material development design, (c) material organization, (d) language skill, (e) multicultural context development.
In this article, we report the recent progress of the R&D work for ITER magnet supports, including 316LN raw material development, designing and manufacturing, development of gravity supports (GS) and poloidal field (PF) supports.
Participant students completed works finally through developing and complementing material development technic design from workshop and applying it to a garment.
Hence, to support both material development and design efforts, it is of prime theoretical and practical importance to characterize the fracture behaviour of these materials.
Demonstration of the superior properties of hybrid BTESE silica using MD technique proves itself to be a promising tool for material development and design on a microscopic view.
DC, SM, and CNM contributed to study design, intervention material development, and survey questionnaire design.
However, since they are a relatively new material technology, the key damage modes need to be characterized in order to guide material development and structural design.
Solution-seeking approaches to chemical and material development would involve designing chemicals that are not only of high performance and cost effective, but also biologically safe and ecologically sustainable.
"Still, they primarily occupy positions in color and material development, and not the design department in terms of shape and geometry".
We will present the recent research works on modern piezoelectric MEMS, in which we will discuss the following: (1) MEMS design, (2) material development for piezoelectric MEMS, (3) microfabrication processes; (4) design optimization in terms of piezoelectric system configuration, and (5) process integration and device fabrication.
