Browse our collection of papers in
Mechanical engineering
C/EN/12. Creep Life Assessment of a Thin Walled Cylinder
- WORDS:
- 2300
- DATE:
- 2008
- PRICE:
- 29.99 GBP
The paper presents a creep life (CL) assessment of a pressurised thin walled cylinder for a high temperature application employing the Larson and Miller method. The relationship between CL and the wall thickness of the cylinder is studied to examine relationship between CL and the operating temperature of the cylinder. It is found that CL exponentially increases with the wall thickness of the cylinder and that CL is exponentially decreasing when the operating temperature is increasing.
KEYWORDS: Creep Life, walled cylinder, operating temperature,
Other Papers On: Mechanical engineering
Subject Catalogue
- Dissertations and Proposals
- Analysis of Companies
- Analysis of Industries
- Architecture, Design and Technology
- Computing and Mathematics
- E-Commerce and E-Business
- Economics
- Education
- Engineering
- Fashion and Culture
- Finance and Accounting
- General Business
- History
- Hospitality and Tourism
- Human Resource Management
- International Relations
- Law
- Literature, Language and Theatre Studies
- Management and Organisational Behaviour
- Marketing
- Media, Music and Art
- Operations Management
- Philosophy
- Politics
- Psychology
- Science, Medicine and Nursing
- Sociology
Keywords Tag Cloud
en design stress engine power analytical system engines hydraulic assessment relation rapid temperature casting engineering transportation fluid water methods charles factors babbage heat dissertation lovelace prototyping ada gas drives failure machines golf dynamics exchange computational heads club investment element modern world automobiles usage alloys metals aluminium wind turbines metal plates electronics finite hybrid cars materials pressure balance calculations flooded ic valves vibrations actuated basin help seating crude oil aircraft examination develop overview linear simulation deformation thermodynamics laboratory beam affecting induction motor light liquid human powered pump substances equilibrium vapour phase properties associated distribution practical solutions future past transport modes minimising concentration components industrial robots reliability pumping transmission shaft initiative aids walled cylinder lead thin life transfer creep lag controller roundabout hiv african south position control thermodynamic ford parameters yield cycle multiple coupling fibres polishing solid waste circuits manufacturing research supplies pollutants incineration c optical petrol nonlinear vibration stability car evolution peugeot exhaust calculating performance alternative fuel natural testing internal combustion development
GET OUR GooGLE TOOLBAR BUTTON
BOOK MARK US
WHAT OTHERS HAVE SAID
Thanx for the paper. I got it and would like to have few more in the future.G.Patel
