Fastening Systems
1. Introduction
Company history and information, establishing, capability, capacity general plan of the report
1. 1 Definition of Fastening Systems
1. 2 HistoryFastening Systems
2. Characteristics of Fastening Systems
3. Advantageof Fastening Systems
4. Main Componentsof Fastening Systems
5. Design and manufacturing methodsof Fastening Systems
6. Countries using this product(Fastening Systems
7. Technical Specificationsof (Fastening Systems
8. Product comparedFastening Systems With otherFastening Systems from other company
9. Installing method of Fastening Systems on site
10. Productprice& maintenanceprice of (Fastening Systems
11. Lifetime warranty of Fastening Systems
12. Conclusion
13. References
Note
- Suppose that you are technical engineer in a railway company (trading, manufacturer, Vendor). You may be the owner of factory that has product line of one of railway track components such as fastening systems, Rail Joints, Sleeper (wooden, concrete, Steel, composite), welding system, machineries, .etc. In addition, you may have quarries for ballast and sub-ballast aggregates (formation layer) to produce suitable ballast aggregate for railway track.
For selling your products if you want to demonstrate and identify your productions or supply and provide the components, the client/buyer ask you to prepare a technical report involving all technical aspects to illustrate the capabilities and usage. So, Students are requested to prepare a technical report.
- The aim of this module is to develop practical and analytical understanding of the complex and multi-disciplinary nature of railways, and to provide students with an understanding of the economics of designing, building, maintaining and renewing them. It covers the theory and practice of permanent way design for railways, and includes the interfaces with other disciplines. Students will apply their learning to design work.
OUTCOMES:
- 1. Employ methods of analysis for railway economics.
- 2. Apply understanding of the key issues in operations and safety.
- 3. Evaluate the principles of maintenance and performance.
- 4. Calculate and tabulate data for plain line design.
- 5. Apply industry standards in gauging and clearances design, including use of software, and demonstrate understanding of situations in which standards are not appropriate.
- 6. Demonstrate understanding of the contents and use of industry manuals of trackbed and drainage design.