'Wheel rim' presentation slideshows

2013 GCAA Workshop Building the future with green technology in a lean economy

2013 GCAA Workshop Building the future with green technology in a lean economy. 2013 GCAA Workshop Building the future with green technology in a lean economy. Tire Safety Rim & Tire Maintenance. Safety Topics. Tire Safety How long does it take to be safe?

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Materials Technology

Materials Technology. II Categorising Materials Braking systems. vocabulary useful in this section. compound , exotic (material), ferrous , non-ferrous, ceramic, alloy, metallic , non-metallic, polymer consist of, comprise, made of, made from, made out of.

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Overcoming the barriers to execution

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Overcoming the barriers to execution

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Experimental Studies of Optimization of Automotive wheel Rim using ANSYS

Purpose The purpose of this work is to investigate the optimization of automotive wheel rim using ansys. Design Methodology Approach In this study heavy stresses in the rim was developed, the critical stress and number cycles to failure were to be found. The purpose of the car wheel rim was to provide a firm base to hold the tire .Its dimensions and shape should be suitable to accommodate the particular tire required for the vehicle .In this study ,a car wheel rim considered .The wheel rim was designed by using modeling software SOLID WORKS V13.The solid model was then imported to ANSYS for static analysis. Findings The experimental results indicate that the static analysis is carried out by considering the three different materials namely steel alloy, alluminium alloy and their relative performance have been observed .In addition to this the rim is subjected to fatigue analysis using MSV fatigue software and its performance is observed .The results of static and fatigue analysis obtained from three different materials reveals that the steel alloy is the best material of wheel rim. Originality value This paper explains the effect of different materials on the wheel through by vonmises stresses and number of cycles in fatigue analysis. R. Ashok Kumar | G. Amarnath | K. Padmanaban | S. Karuppusamy | I. Justin Antony Raj "Experimental Studies of Optimization of Automotive wheel Rim using ANSYS" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-3 | Issue-3 , April 2019, URL: https://www.ijtsrd.com/papers/ijtsrd22778.pdf Paper URL: https://www.ijtsrd.com/engineering/mechanical-engineering/22778/experimental-studies-of-optimization-of-automotive-wheel-rim-using-ansys/r-ashok-kumar

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Automotive Trailer Wheel Rims Market

Automotive Trailer Wheel Rims Market, by Rim Size (13-15 inch, 16-18 inch, 19-21 inch, and > 21 inch), by Material Type (Steel, Alloy, Carbon-fiber, and Others), by Vehicle Type (Passenger, Light Commercial Vehicles, and Others), and by Region (North America, Europe, Asia Pacific, Latin America, Middle East, and Africa) - Global Industry Insights, Trends, Outlook, and Opportunity Analysis, 2018 u2013 2026

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Automotive Trailer Wheel Rims Market by Types, Applications, Countries, Companies And Forecasts To 2026 Covered In A Lat

Automotive trailer wheel rim is the exterior edge of a vehicle that holds the tire. The materials used for manufacturing those rims include steel, aluminum alloy, and magnesium among others. It is characterized by its design, diameter, and width. It provides support to the tire of the vehicle. It also performs various functions such as acting as a supporting link to the suspension unit of the vehicle.

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