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Some of the homework help topics include :
- Variational Methods in Structural Mechanics ,calculus of variations; transformation of the stress and strain tensors. Axioms: Hamilton's Principle and the Principle of Virtual Work. Kinematic and natural boundary conditions. dynamics of rods and beams. Applications to aerospace structures.
- Flat Plates- Variational treatment of the mechanics of rectangular plates subjected to transverse suction loading and/or in-plate loading. Kirchoff's shear and variationally consistent set of boundary conditions. Levy's method. Rayleigh-Ritz solution using assumed approximate modes; critical buckling stress.
- Fibre-Reinforced Composites
The stress-strain relations for specially orthotropic and generally orthotropic laminae; analysis of layered laminates subjected to extensional and bending stresses.
- Structural idealisation -Boom-skin models of stiffened structures such as the fuselage and the wing. Shear flow in idealised thin-walled sections. Shear lag in thin walled structures.
You can get the instant help with assignments on Aircraft structures if you are struggling with the complex problems.
- Levy's method ,Kirchoff's shear and variationally ,Fracture mechanics ,Failure investigation
- Rayleigh-Ritz modes ,Buckling stress ,Active vibration damping
- Smart materials ,Vibration isolation ,Smart structures
- Aircraft Structures and Materials: design, Analysis concepts of aircraft structure, elementary mechanics of solids, Structural elements in aircraft structures, Mechanical properties of aircraft materials.
- Essential Analytical Tool: Elasticity, Concept of displacement, strain and stress , Static equilibrium conditions, Linear elastic stress-strain relations, Plane elasticity
- Structural Mechanics :Torsion , Torsion of uniform bars , Bars with circular sections , Bars with rectangular sections , Closed single-cell sections , Multi-cell sections
- Bending and Flexural Shear :Simple beam theory , Bidirectional bending , Transverse shear in beams , Deformation of thing-walled beams
- Shear Flow in Thin-Walled Sections :Concept of shear flow , Shear center , Shear flow in open and closed sections , Combined flexural and torsional shear flow, Multi-cell closed sections
- Material Selection and Failure Prediction :Failure Criteria for Isotropic Materials, Failure criteria for brittle materials, Yielding of ductile materials, Fracture mechanics , Fatigue Failure
- Elastic Buckling: Buckling and its sources, Elementary buckling analysis, Buckling of structures, Post buckling behaviors
- Variational Methods in Structural Mechanics: calculus of variations, transformation of the stress and strain tensors, Axioms, Hamilton's Principle , Principle of Virtual Work, Kinematic and natural boundary conditions, dynamics of rods and beams, Applications to aerospace structures.
- Flat Plates: Kirchoff's shear and variationally, Levy's method, Rayleigh-Ritz modes, critical buckling stress
- Fibre-Reinforced Composites:The stress-strain relations , analysis of layered laminates