Mechanical Engineering projects, Dissertation topics, Thesis, Mechanical project report ideas, Mechanical engineering project list, Mechanical projects for final year students, Mech engg project topics, Mini projects, Major project mechanical engineering
There is always an interest in lowering the fuel consumption within the Automotive industry because of the competition when the fuel price increases. New cars are supposed to consume less fuel all the time. The requirements on the different systems are constantly
The current study goes over a design methodology for thin, two-phase heat spreaders for space constrained cooling applications. The evaporator section of the heat spreader employs enhancement structures to improve the spreader plate performance. The thermal performances of two such spreader prototypes,
An evaporator test stand has been designed, sized, constructed, calibrated and operated to investigate the evaporator performance degradation for low temperature refrigeration applications. Measurements have been taken of air- and refrigerant-side temperatures, refrigerant-side pressures, air- and refrigerant-side differential pressures, air- and… Contents
A theoretical model for identification of acoustical non-linearity using Burger’s equation was implemented in a MATLAB program. The program identified both the non-linearity parameter and the distance from the signal source. Tests were performed in order to verify the theories. Tests with
Due to environmental concerns and competition within the industry there is an imminent need by paper manufacturers to asses the paper consumption depending on the quality of the tissue paper. For this purpose, the consumption of tissue paper from a tissue vending
A theoretical model was suggested and equations of motion derived. A computer program was developed to solve the resulting system of equations. Agreement between calculated and experimental results is not quite satisfactory. Reasons for discrepancy are discussed and suggestions for further investigation
Experimental and numerical analyses of a composite tubular shaft in order to investigate its sound radiation properties for a vibratory torque excitation were performed. Experimental and numerical analyses in order to establish material properties of the laminate were performed. Contents 1. Notation
Theoretical expressions for stiffness and maximum stress were determined for axial, bending and torsion load by using a combination of analytical, statistical and finite element calculations. Experimental verification showed very good agreement. Contents 1. Notation 2. Introduction 3. Basic Relations and Limitations
This thesis work is devoted to low frequency vibration based method, with remote excitation and laser detection for nondestructive testing and characterization of sheet materials. By this method dynamic properties of different materials can be estimated from the measurement of the resonance
Dynamic analysis of damages in materials is a difficult task and it is currently not known what importance different possible mechanisms carry. It is to a large extent due to the difficulty of measuring the dynamic behavior of cracks, debonds and delaminations