ROPEWAY ENGINEERING
CE 72510
Course Objectives:
- To introduce ropeway transport, types of ropeway and their components.
- To make acquainted with the planning, analysis, design and construction of aerial and surface ropeway for passengers.
- To make capable to plan, analyse, design and construct gravity ropeway for goods.
- Introduction
(2 hours)
- Historical Background of Ropeway Transport
- Ropeway in Nepal
- Types of Ropeways and their Components
(3 hours)
- Types of Ropeways
- Surface Ropeway for Passengers
- Aerial Ropeway for Passengers and Goods
- Gravity Ropeway for Goods
- Socio-Economic and Technical Study
(5 hours)
- Pre-Feasibility Study
- Socio-Economic Study
- Topographic Study and Engineering Survey
- Geological and Geotechnical Study
- Design of Ropeway System
(20 hours)
- General Design requirements and Design provisions
- Wire-Rope Design
- Introduction to Wire-Ropes and their Specifications
- Loads on Wire-Rope
- Wire-Rope Geometry
- Deformation of Wire-Rope and its Calculation
- Nonlinear Behavior of Wire-Rope and its Analysis and Design
- Design of Towers
- Design of Tower Foundation and Wire-Rope Anchorage
- Introduction to Electro-Mechanical System Design
- Estimating and Costing
(2 hours)
- Rate Analysis
- Cost Estimate
- Planning, Construction and Maintenance of Ropeway System
(9 hours)
- Construction Planning
- Setting Out
- Construction Equipment
- Transportation, Handling and Hoisting of Wire-Rope
- Construction, Installation and Maintenance
- Test Operation and Commissioning
- Quality Control and Safety
(4 hours)
- Material Testing
- Safety Measures
Tutorial:
- Design exercise on wire-rope structure of aerial ropeway (6 hours)
- Design exercise on wire-rope anchorage and tower foundation on soil and rock (4 hours)
- Design exercise on tower structure (3 hours)
- Estimating and costing of gravity goods ropeway (2 hours)
Project work:
Design of a gravity ropeway system.
Field work:
Two days visit to ropeway sites, fabricators' workshops, implementing agencies of ropeway and submission of a report.
References:
- "Technical Guidelines for Gravity Goods Ropeway"; DoLIDAR, Ministry of Local Development
- Gyawali, D. & Dixit, A, "Ropeways in Nepal",
- "Technical Brief Gravity Ropeway", Practical Action Nepal
- IS 9706:1997, IS code for aerial ropeway for transport of material
- IS 5229:1998, IS code for aerial ropeway for transport of passengers
- Approved code of practice for passenger ropeways in New Zealand, 1998
- Aerial ropeways and funicular railways — ZBIGNIEW SCHINEIGET, Pergsmon press, Oxford London
- M. Kazakevitch. Zakora, "Cable Stabilization for Wind and Moving Load Effect", Journal of Wind Engineering and Industrial Aerodynamics (1998)
Evaluation Scheme:
The questions will cover all the chapters in the syllabus. The evaluation scheme will be as indicated in the table below:
Chapter |
Hours |
Marks Distribution* |
1 |
2 |
6 |
2 |
3 |
3 |
5 |
8 |
4 |
20 |
40 |
5 |
2 |
6 |
6 |
9 |
14 |
7 |
4 |
6 |
Total |
45 |
80 |
*There could be minor deviation in mark distribution.
|