This study investigates the use of a solar thermal baking system with a Scheffler reflector and basalt rocks as an energy storage medium to meet the increasing energy demands for baking while minimizing environmental ...

Waste-to-bioenergy conversion from lignocellulosic materials like water hyacinth (WH) and coffee husk (CH) can lead to multiple benefits such as freshwater body protection, eutrophication, and renewable energy generation ...

The science of aerodynamics determines how gaseous fluids such as air, flow as well as the forces, exerted on moving objects such as automobiles. Due to the significant increase in fuel prices and vehicle speeds since ...

Automotive aerodynamics is a crucial field in the automotive industry, particularly in the design of road vehicles. Buses, which can carry up to 300 passengers, are heavy vehicles with high fuel consumption. Also, now ...

The development of abrasive water jet (AWJ) as a type of high-density energy processing technology is widely recognized. Because of its heatless and noncontact processing capabilities, AWJ is used to quickly achieve ...

Solar energy is abundant renewable energy available everywhere, environmentally friendly and easily harnessed, and used for domestic and industrial water heating ap plications. Since this energy is alternating, a thermal ...

Tis present work uses the three main components for alloying, silver nitrate, aluminium nitride, and titanium diboride. Stir casting was used to make AA 6061 composites with varying weights of 0, 3, 6, 9, and 12%. ...

Additive manufacturing (AM), also known as 3D printing, is a cutting-edge industrial production technique that enables the creation of lighter, stronger components and systems. Fused deposition modeling (FDM) is a popular ...

Cassava peels (CP) constitute an important source of energy in the tropical region, are one of the most abundant agricultural residues, and have a high biofuel production potential. This thesis work investigates the ...