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Sundeep Aanand, J.
- PC Modeling and Simulation of Car Suspension System
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Authors
Affiliations
1 Department of Automobile Engineering, Bharath University, Chennai-73
2 Department of Electronics, Bharath University, Chennai-73
3 Department of Computer Science Engineering, Bharath University, Chennai-73
1 Department of Automobile Engineering, Bharath University, Chennai-73
2 Department of Electronics, Bharath University, Chennai-73
3 Department of Computer Science Engineering, Bharath University, Chennai-73
Source
Indian Journal of Science and Technology, Vol 6, No S5 (2013), Pagination: 4629-4632Abstract
The car suspension system of this model contains two parts. The first part deals with the formulation of a mathematical model for a conventional full car passive suspension system. Typically, the mathematical modeling is done on the basis of mechanical network analysis. The second part deals with simulation of the mathematical model of the suspension system. Simulation is carried out using MATLAB. Program was carried out for MATLAB and the simulation results were obtained in the form of graphical plots.Keywords
Passive Suspension Sprung Mass, Unsprung Mass, Dampers, SpringReferences
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- Thermal Properties of Doped Azopolyester and its Application
Abstract Views :437 |
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Authors
Affiliations
1 Electronics Communication Engineering, Bharath University, Chennai-600073, IN
2 Automobile Engineering, Bharath University, Chennai, IN
3 Computer Science Engineering, Bharath University, Chennai, IN
4 Information Technology, Bharath University, Chennai, IN
1 Electronics Communication Engineering, Bharath University, Chennai-600073, IN
2 Automobile Engineering, Bharath University, Chennai, IN
3 Computer Science Engineering, Bharath University, Chennai, IN
4 Information Technology, Bharath University, Chennai, IN
Source
Indian Journal of Science and Technology, Vol 6, No S6 (2013), Pagination: 4722-4725Abstract
The thermal properties of doped Azopolyester were obtained by solution casting technique. Many theories have been suggested by various thermal stability mechanisms in organic solids. Since the polymers of the present study behave like semiconductors, these theories may be extended to explain thermal stability. In this section, the thermal stability theories proposed by O'Dwyer, TGA analysis, and measurements were discussed. The thermal stability properties reveal that the conductivity is appreciable in the temperature ranging from 30°C to 70°C (303 to 343K) and when it is more than 70°C (343 K) the conductivity is drastically reduced and polymeric blends undergo a gradual weight loss in the temperature ranging from 400-800°C due to attributed loss of volatile solvents trapped in the polymer. These studies are done with the help of O'Dwyer basic theory of thermal stability.Keywords
TGA, Thermal Properties, Azopolyester, Conductivity, TGA AnalysisReferences
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- Optical Performance of Doped Azopolyester and its Application
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