Development of Industrial robots is becoming more expensive and time consuming over the years. A lot of costs are spent in the development, and so it is necessary to Continue reading
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Mechanical Projects
Analysis and Design of a Semi-Active Muffler (Mechanical Project)
In this work, a flow reversal resonator fitted with a short-circuit duct connecting the inlet and outlet is analysed and used as a tuneable Continue reading
Real-Time Simulation of a Racing Car (Mechanical Project)
This work describes the development and the application of a computer-based vehicle simulator. Such real-time simulation software is currently used in our Department as a tool for optimizing the design of a racing car, namely a single-seat vehicle for the Continue reading
Renewable for Rural Electrification in Sri Lanka (Mechanical Project)
At the beginning of the 1970s, the industrial countries accounted for about 80%of world oil consumption. Today, they are down to little more than 50%. Already, China uses more total primary energy than United States. Developing countries are in the process of Continue reading
Development and Demonstration of a Diode Laser Sensor for a Scramjet Combustor (Mechanical Project)
Hypersonic vehicles, based on scramjet engines, have the potential to deliver inexpensive access to space when compared with rocket propulsion. The technology, however, is in its infancy and there is still much to be learned from fundamental studies.
Flows that represent the conditions inside a scramjet engine can be generated in ground tests using a free-piston shock tunnel and a combustor model. These facilities provide a convenient location for Continue reading
Commercialization possibilities of Stirling engine technology for microscale power generation in Sweden (Mechanical Project)
The presented study has evaluated the possibility of commercializing a research project at the Royal Institute of Technologys (KTH) Department of Energy Technology (EGI) in Stockholm, Sweden, where a Stirling engine is used for renewable microscale power generation. The purpose of the study has been to Continue reading
Rural Electrification Using Renewable Energy Resources (Mechanical Project)
This study has been conducted as a Minor Field Study (MFS) and focuses on the electrification process of Rayal, a remote village in the Far Western Development Region of Nepal. The purpose of the study was to Continue reading
Performance Model of a very high Bypass Ratio Counter Rotating Turbo Fan Engine (Mechanical Project)
Nowadays Snecma focuses on new engine architectures in order to meet the future demands in civil aviation. One of these considered concepts is aircrafts powered by Continue reading
Life Consumption Monitoring for Electronics (Mechanical Project)
Life consumption monitoring is a method to assess product’s reliability based on its remaining life in a given life cycle environment. The life consumption monitoring process involves Continue reading
The use of the DWV3 Classification System in Manufacturing Companies for Evaluating a Market-specific Supply Chain Strategy (Mechanical Project)
The research topic of this study is market-specific supply chain strategy, and the research problem is defined as, how manufacturing companies can use the DWV3 classification system to Continue reading
Finite Volume Simulation of Fast Transients in a Pipe System (Mechanical Project)
The MUSCL-Hancock finite volume method with different slope limiters has been analyzed in the context of a fast transient flow problem. A derivation and analysis of the axial forces inside a pipe system due to a flow transient is also Continue reading
Vibration Modal Analysis of a Deployable Boom Intergrated to a CubeSat (Mechanical Project)
CubeSat or Cubic Satellite is an effective method to study the space around the Earth thanks to its low cost, easy maintenance and short lead time. However, a great challenge of small satellites lies in achieving Continue reading