The use of corrosion resistant and lower density composite has made it one of the choices for this weight sensitive application. Structural analysis was done in this research on the suitability and reliability of the composite for the hovercraft hull base by using NASTRAN/PATRAN software. The future recommendation in constructing the base hull prototype from composite was supported by the results from this analysis and simulations of the composite usage. The finding supported the fact that weight played a significant role in designing a hovercraft as the hull must be strong to withstand the pressure applied yet still remain light
The effects of aspect ratio and fiber-epoxy weight ratio of coir fibre/epoxy composite wing idealize...
Norsafe MILPRO boats operates in different waters at high speeds. The chance of hitting unknown obje...
Composites generally possess exceptional mechanical properties, the most outstanding being their hig...
Composite materials are engineered by combining two or more constituent materials with significantly...
Fiber reinforced polymer composites (FRPCs) are the primary hull material for recreational, privatel...
Composite marine structures are desirable for a variety of reasons. Compared to traditional steel st...
The UAVs are the future of the aerial transportation and so are the composite materials. This proje...
Composite structures are a way to reduce the operational costs of a vessel or to increase its potent...
Composite materials have been used in marine applications for more than 50 years, and benefits such ...
Recently, the International Organization for Standardization (ISO) standards associated with composi...
A wider use of composites in larger, commercial vessels has been limited by initial costs and fire r...
The conceptual design of a modular AUV hull in fiber composite material has been determined. The goa...
Composite materials have been used in marine applications for more than 50 years, and benefits such ...
The conceptual design of a modular AUV hull in fiber composite material has been determined. The goa...
A wider use of composites in larger, commercial vessels has been limited by initial costs and fire r...
The effects of aspect ratio and fiber-epoxy weight ratio of coir fibre/epoxy composite wing idealize...
Norsafe MILPRO boats operates in different waters at high speeds. The chance of hitting unknown obje...
Composites generally possess exceptional mechanical properties, the most outstanding being their hig...
Composite materials are engineered by combining two or more constituent materials with significantly...
Fiber reinforced polymer composites (FRPCs) are the primary hull material for recreational, privatel...
Composite marine structures are desirable for a variety of reasons. Compared to traditional steel st...
The UAVs are the future of the aerial transportation and so are the composite materials. This proje...
Composite structures are a way to reduce the operational costs of a vessel or to increase its potent...
Composite materials have been used in marine applications for more than 50 years, and benefits such ...
Recently, the International Organization for Standardization (ISO) standards associated with composi...
A wider use of composites in larger, commercial vessels has been limited by initial costs and fire r...
The conceptual design of a modular AUV hull in fiber composite material has been determined. The goa...
Composite materials have been used in marine applications for more than 50 years, and benefits such ...
The conceptual design of a modular AUV hull in fiber composite material has been determined. The goa...
A wider use of composites in larger, commercial vessels has been limited by initial costs and fire r...
The effects of aspect ratio and fiber-epoxy weight ratio of coir fibre/epoxy composite wing idealize...
Norsafe MILPRO boats operates in different waters at high speeds. The chance of hitting unknown obje...
Composites generally possess exceptional mechanical properties, the most outstanding being their hig...