Friction stir welding (FSW) is a growing technology in the manufacturing industries because of its numerous contributions involving light-weight materials such as aluminium and magnesium. The process has been recently implemented for joining thermoplastics. present paper dedicated to investigate application FSW join article divided into two parts; first part outlines importance thermoplastics through their wide applications principle described. A detailed literature study regarding effect...

The concern for the environmental hazards due to rapid utilization of non-biodegradable resources has persuaded researchers develop eco-friendly materials with noble categories plant-based fibers and fillers. In view this content, an effort been initiated in present work explore retrospective effect PSP (Pistachio shell particles) on both mechanical as well erosive wear performances KG (kenaf/glass/kenaf/glass) hybrid polyester laminated composite. laminate different filler concentration,...

Owing to the crucial qualities such as strength, stiffness and durability, well low-cost manufacturing benefits, fibre-reinforced composite materials are becoming more popular in structural applications. The current work basically focused on influence of Pistachio shell particles (PSP) mechanical performances kenaf(K)/glass(G)/polyester hybrid laminates. Usual hand layup technique is used fabricate different stacking order laminates KKKK, KGGK, GKKG, KGKG, GGGG with PSP filler concentration...

In this paper, a nonlinear analysis for large amplitude free vibration of laminated composite plates is developed using higher-order shear deformation theory. The effect all terms arising from strain-displacement relations are included in the formulation and present plate theory exhibits traction-free surface von-Karman sense. A finite element procedure considering C° continuous isoparametric nine-node rectangular implemented model. accuracy validated with some available different aspect...

An exhaustive analysis of transverse bending piezoelectric integrated laminated composite plates having uncertain material properties is being carried out in the present article. Here, for proposed model, higher order terms rotation and shear have been considered while formulating displacement equations. Green–Lagrange strains used nonlinear part geometric modeling. Direct iteration approach has followed to study nonlinearity perturbation method adopted handle uncertainty. A C0 isoparametric...

In the current work, a higher order non-polynomial theory based upon nonlinear distribution of transverse shear stresses along plate thickness is employed to apprehend geometrically free vibration laminated composite plates. The present satisfies zero traction at top and bottom plate. By considering Lagrange equation, governing equations motion are derived discretized using finite element procedure. displacement field function reflected with seven degrees freedom. For analysis, various types...

The effect of uncertainty in material properties on the transverse bending laminated composite plate is investigated. shear and large rotations have been included system equation framework higher order deformation theory. analysis uses Green–Lagrange nonlinear strain displacement equations to model geometric nonlinearity. stochastic finite element performed using a direct iteration approach handle deterministic nonlinearity perturbation randomness properties. Mean variance deflection...

In this paper, the nonlinear free vibration stochastic characteristic of a smart laminated composite plate having random system properties is presented. The transverse shear effects have been included in equation frame work higher order deformation theory. analysis uses Green-Lagrange strain displacement relationship to model geometric nonlinearity. direct iteration approach used handle deterministic nonlinearity, and perturbation employed randomness properties. Mean variance natural...

The present study is concerned with the stochastic linear free vibration of laminated composite plate embedded piezoelectric layers random material properties. system equations are derived using higher order shear deformation theory. lamina properties laminate modeled as basic variables for accurate prediction behavior. A <TEX>$C^0$</TEX> finite element used spatial descretization laminate. First Taylor series based mean centered perturbation technique in conjunction method outlined problem....

This article addresses the buckling and post-buckling stochastic analysis of a laminated composite plate having random system properties. The transverse shear effects have been included in equation framework higher order deformation theory. uses Green Lagrange nonlinear strain displacement equations to model geometric nonlinearity. Direct iteration approach is used handle deterministic nonlinearity perturbation presented randomness Mean variance strength obtained by employing C 0...

In the present work, four layered Palmyra-Palm-Leaf-Stalk (PPLSF)/Glass hybrid composites laminates with six distinct stacking orders were made by following hand lay-up method. Different experiments carried out to determine tensile, flexural, impact and hardness of as per ASTM standard. The results reveal that addition glass fiber PPLSF significantly enhanced mechanical performance laminates. On successive replacement fiber, an enhancement properties such 291.39% for tensile strength, 72.08%...

This article addresses the non-linear free vibration stochastic characteristic of a laminated composite plate having random material properties. The transverse shear effects have been included in system equation frame work higher-order deformation theory. analysis uses Green—Lagrange strain—displacement relationship to model geometric non-linearity. Direct iteration approach is used handle deterministic non-linearity and perturbation presented randomness Mean variance natural frequencies...