By Dongming Guo, Jun Wang, Zhenyuan Jia, Renke Kang, Hang Gao (eds,)
This detailed quantity is a component 2 of a mini-series on, “Materials production technology and know-how XII”. It covers 3 issues: glossy layout thought & method, MEMS & nanotechnology, fabrics technological know-how & know-how in production. awarded here's a selection of one hundred twenty five papers chosen from over 510 papers initially submitted through universities and business issues world wide. all the papers were peer-reviewed. The papers chosen for this quantity have been selected at the foundation in their caliber and their relevance to the subject. This paintings displays the most recent advancements during this box; operating the gamut from basics to new innovations and applications.
This booklet hence offers a helpful reference paintings for researchers within the fabrics production technological know-how and know-how fields who desire to comprehend additional the underlying mechanisms and to create new and functional applied sciences, structures and processes.
It covers issues resembling: complex production know-how and kit, glossy layout thought and technique, MEMS and nanotechnology, fabrics technology and expertise in production, production structures and automation. it's going to even be relatively valuable to training engineers in precision production who're chargeable for making sure effective and potent operations.
Read Online or Download Advances in Materials Manufacturing Science and Technology 13, Volume 2: Modern Design Theory and Methodology, MEMS and Nanotechnology, Material Science and Technology in Manufacturing PDF
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Additional resources for Advances in Materials Manufacturing Science and Technology 13, Volume 2: Modern Design Theory and Methodology, MEMS and Nanotechnology, Material Science and Technology in Manufacturing
The architecture of a collaborative conceptual design system needs to be carefully formulated to make full use of the web features to capture fuzzy information and facilitate early concept generation. (2) Product-centric design methodology. Design methodology is the kernel of a design system. It drives and directs the design processes and activities from concept generation to geometry creation. (3) Collaborative conceptual design modeling and data sharing. The decision on how to model and what to model have an enormous effect on the efficiency of the product conceptual design.
0 is selected as the Web Browser. The OS is Windows XP. Pro/E wildfire is used as the product geometry modeling tool. The geometry model generated in Pro/E is transformed into VRML model to realize the collaborative view among the different disciplines. Conclusion In this paper, some key problems for MCD are discussed. A product model that contains semantic and structure information is presented. The model is represented by a new object-oriented method and can be continually refined through multi-levels’ inheritance and expanded.
A class can be continually refined by inheriting mechanism to generate the different levels of classes. If the class at some level has reached the specified requirements, the instance object at this level can be generated through instancing the class, which can support evolution and expansion of product model. Under distributed network environment, these classes distribute in the different network nodes. In product modeling process, it is dynamic to choose, or add, or delete some class, which is very important for product modeling of MCD.