D. Madhava Reddy
Elasticity (economics)EngineeringOrthotropic materialPressure vesselFinite element methodAmbient pressureDeformation (engineering)Composite materialEpoxyBoundary value problemMaterials scienceSyntactic foamResidual strengthDynamic loadingSilicon carbideShell (structure)Compressive strengthMaterial propertiesSpecific strengthDeformation (mechanics)Metal foamStress intensity factorPorosityStructural engineeringParis' lawFibre-reinforced plasticMicrostructureStress (mechanics)
3Publications
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Publications 3
Newest
Analytical solution exists for relatively simple cases. Due to complicated boundary conditions associated with the governing equations analytical approaches are used. Over the last decade or so finite element method has been firmly established as a standard procedure for the solution of practical fracture problems. The usefulness of stress intensity factors (SIF’s) in the analysis of the problems of residual strength, fracture and fatigue crack growth rate has resulted in effort being expanded o...
E research hollow spheres of aluminum alloy A356 filled with silicon carbide (sichs) for quasi-static (3/10 image -1) And high strain rate (up to 1520 s -1properties) pressure. This vehicle closed cell foam, called The syntactic foam, are of interest in structural weight sensitive applications. This work focuses on Understanding the mechanism of pressure failure and link them with the microstructure of the material. The He found himself on the strengths and syntactic foam pressure plateau 163 an...
The pressure vessel is a vessel designed to contain gases or liquids at a different pressure than ambient pressure. Shell in which small compared to the radius of curvature and an average interview, the diameter of the evolution of what is known as a thin crust of the wall thickness. It is used for sheet and plate structures in lightweight load bearing structural parts for several modern satellites, offshore, and nuclear energy, automotive, construction and civil engineering. These shells are ex...