Applied-Information Technology with Design and Research on Innovative DIY Training Platform of Learners Based on Mechanical Properties

Fan Tao Fang; Deng Yun Ma; Ding Fang Chen

doi:10.4028/www.scientific.net/AMR.910.389

Paper Titles

Research on Mechanical Mechanics with the Finite Element Analysis and Structure Optimization of Large Span Gantry Crane Box Beam
p.370

Research on Mechanical Dynamics with a Use of a Vehicle Wake Generating Device Simulation and Design
p.375

Research on Manufacturing Engineering with Financial Information Management System Inter Control in Technology-Based Small and Medium-Sized Enterprises
p.381

Research on Manufacturing Engineering with Facility Layout’s Modeling and Simulation Based on Genetic Algorithm
p.385

Applied-Information Technology with Design and Research on Innovative DIY Training Platform of Learners Based on Mechanical Properties
p.389

Research on Information-Applied Technology with Parts Classification and Coding Based on Group Technology
p.393

Energy-Efficient Data Processing in Cloud Computing Centers
p.397

Reformulating Input Data for Linear Regression of Demographic Data
p.401

Comparative Study of Ink-Jet Color Proofing Systems Based on Color Management
p.405

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 910Applied-Information Technology with Design and...

Applied-Information Technology with Design and Research on Innovative DIY Training Platform of Learners Based on Mechanical Properties

Abstract:

Since the open lab cannot improve the students’ practical ability in a good manner, and the full-featured laboratory equipment has a high cost, this paper thus designs a students’ innovative DIY training platform that quickly assists to model the KT board, in order to enhance the students’ practical skills and thinking abilities, and improve the quality of experiment teaching. The platform solves the existing DIY modeling’s issues of great difficulty in manual processing, low precision and long cycle. Based on the design platform of SolidWorks, this paper completes the parametric design of the device virtual prototype, adopts the virtual prototyping technology to make dynamics simulation analysis towards the critical parts, and verifies the rationality of this mechanism design and correctness of function implementation.

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Periodical:

Advanced Materials Research (Volume 910)

Pages:

389-392

DOI:

https://doi.org/10.4028/www.scientific.net/AMR.910.389

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Online since:

March 2014

Authors:

Fan Tao Fang*, Deng Yun Ma, Ding Fang Chen

Keywords:

Automation, KT Board, Simulation, Students' Innovative DIY Training Platform, Virtual Design

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* - Corresponding Author

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