Vol 7, Issue 2, 2020
Vol 7, Issue 2, 2020 Read More »
Journals
Design and Analysis of Light Motor Vehicle Exterior Grill
In an automobile engineering, a grille covers an opening in the body of a vehicle to allow air to enter. Most vehicle feature, a grille at the front of the vehicle is to protect the radiator and engine. Merriam-Webster describes grille as a grating forming a barrier or screen; especially: an ornamental one at the
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Development and Evaluation of the Performance of Palm Kernel Shell (PKS) Grinder
The suitability of grounded Palm Kernel Shell (PKS) as a friction material in formulation of non-asbestos brake lining, and component of concrete block to increase the strength is an important innovation in our recent Time. The objective can only be achieved if Palm Kernel shell is grounded to different sizes to suit the required objective.
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Comparative Analysis of Floating Offshore Wind Turbine Foundation For Renewable Energy Generation
The offshore energy industry concerning wind energy is moving its focus towards deeper water locations, which are more fitting to floating rather than bottom fixed support structures. The selection of the appropriate support structure type is an important factor in making the offshore energy industry reliable and efficient for product delivery. The study aims to
Cost Optimisation of Mooring Systems for Offshore Floating Platforms In Deep Water
There is a need to minimize the cost of mooring systems, which can take up a large number of investments in offshore operations as human activities move into deeper waters. A methodology for cost optimisation of the mooring system of floating structures in deep water is presented. A techno-economic model was developed based on the
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Design and development of a trapezoidal plate fin heat exchanger for the prediction of heat exchanger effectiveness
A trapezoidal plate-fin exchanger was designed, developed, to test the plate fin heat exchanger effectiveness. It was constructed in a 5 layer cross-flow arrangement. The dimensions of the trapezoidal fins were height, thickness, top-width and bottom-width as 380mm, 40mm, 0.5mm, 20mm, and 80mm respectively. Thereafter, was used to determine the thermo- hydraulic performance of the
Experimental Investigation of Thermal Conductivity of Woods by Linear Regression Approach
This research tries to study the experimental investigation on thermal conductivity of Melina and wall nut woods using linear regression approach .From the thermal conductivity investigation of woods by linear regression approach , test results show that the values of thermal conductivity for Melina wood falls in the range of K between 0.002w/mk-1 to 0.007w/mk-1
Geometric Modeling and Design of a Trapezoid Prism Recharger Cascade
The geometric modeling and design of a trapezoidal prism (recharger casing) also known as regenerator cascade, was carried out with respect to basic surface area of known shapes. It considered four trapezoids, a rectangular base and a thermal source. Aluminum metal was used as a result of its high reflectivity, heat conduction and light weight.
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