Fibre reinforced polymer (FRP) laminates are being currently used within industrial, automotive, naval, aerospace and civil fields.
Carbon fiber reinforced polymer (CFRP) composites are increasingly used in civil, naval, aerospace, and wind energy applications, where they can be frequently exposed to harsh temperature conditions and under static and dynamic loads.
Degeneracies associated with NURBS curves and surfaces are given special attention as they occur frequently in naval and aerospace conceptual-to-early design process.
Utilizing shear panels is a common practice in civil, naval and aerospace engineering structures and the performance of the one with thin steel plate shear walls is an interesting issue of ongoing related researches.
It is shown that these simplified models are capable of giving a complete and accurate description of all propagating waves in not too high-frequency range, which is sufficient in practical naval and aerospace engineering.
An exact, analytical solution is obtained for the title problem which constitutes a classical one although no solution is available in well known textbooks and handbooks normally used by the structural engineer in several fields of technology: ocean and naval engineering, aerospace applications, etc.
Aluminum bars are structural elements widely used in many application fields (industrial, aerospace, naval, automotive, etc).
During the last decades, fibre-reinforced composites have been established as competitive materials for naval, automotive and aerospace industry.
AA6061 aluminum alloy is widely used for fabrication of light weight structures requiring a high strength to weight ratio in aerospace, naval, rail and automotive industries.
To control the linear vibrations of structures partially filled with liquids is of prime importance in various industries such as aerospace, naval, civil and nuclear engineering.
Thin-walled structural components are widely used in several engineering applications such as in aerospace, naval, nuclear power plant, pressure vessel, mechanical and civil fields.
