Posted inFeatured
Posted inComposite Materials & Structures
Three moduli of elasticity
Depending upon the type of strain in the body there are three different types of…
Posted inComposite Materials & Structures
hygro-thermal Effects on Laminate
When thermal as well as hygral strains are present in total strain, then (5.128) The…
Posted inComposite Materials & Structures
Laminate Coefficients of Hygral Expansion
Here we derive the laminate coefficients hygral expansion, , for symmetric laminates. Let us define the…
Posted inComposite Materials & Structures
Laminate Theory with Hygral Effects
In this study, the total strain is assumed to be superimposition of mechanical and hygral…
Posted inComposite Materials & Structures
Different Types Of Laminates & Their Application
Laminate is a hard and brittle sheets having thickness around 1mm used to overlay on…
Posted inComposite Materials & Structures
Applications of laminar composites
· Laminates - Laminates are layers of materials joined by an organic adhesive. · Cladding - A…
Posted inComposite Materials & Structures
Study of stress – strain relationship
Let a wire be suspended from a rigid support. At the free end, a weight…
Posted inComposite Materials & Structures
Difference Between Isotropic and Orthotropic
materials have chemical and physical properties. Physical properties can be either mechanical properties or thermal properties. Materials…
Posted inComposite Materials & Structures
Elastic behaviour of materials
Elastic behaviour of materials In a solid, interatomic forces bind two or more atoms together…
Posted inComposite Materials & Structures
Hooke’s law
Hooke’s law and its experimental verification Hooke’s law is for a small deformation, when the…