Web-Aided Design for Dimensioning Power Cables

Qing Zhi Zhai; Jian Hua Yang; Yang Chen

doi:10.4028/www.scientific.net/AMR.291-294.2233

Paper Titles

Maximum-Likelihood Estimation of the Parameters with Constraints in Step-Stress Accelerated Life Tests
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Design Improvement through Reliability Analysis of Belt-Type CVT Systems for Scooters
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Dynamic Reliability Analysis of Drill String System in Deep & Ultra-Deep Well Based on the First Excursion Failure Criterion
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Research on the Method of Class_A Surface Reconstruction in Automotive Body External Panel Design
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Web-Aided Design for Dimensioning Power Cables
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Simulation and Analysis of Frame Structure of Military Transport Truck
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A Research of Parting Design Frame of Telecontrolled Boat Hull by UG on Case-Based Reasoning
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Integration of Moving Least Squares Method and Multilevel B-Spline Method for Scattered Data Approximation
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Automatic Generation of the CAE Parametric Model from the CATIA Model for an Aircraft Hydraulic Tube Structure
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 291-294Web-Aided Design for Dimensioning Power Cables

Web-Aided Design for Dimensioning Power Cables

Abstract:

The size selection of cables is not only to avoid the excessive heating and the danger of fire, but also to insure the service and the reliability of the concerned electric circuit. In the context of the dimension of the cables, some standards should be observed and necessary calculations should be done. With the requirement of the worldwide expansion application on Internet, the approach and the architecture of a complete Web-aided design platform are proposed for dimensioning the cables. The platform supports some calculation methods which are necessary for selecting the cables. Both XML documents and databases are used to interchange power system data and calculation results between Web servers and clients.