Optimal Design of Composite Structure Under Uncertainty - Shinde, Sachin;Jagtap, Vidyasagar;Panchal, Rahul
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These books cover current research area uncertainty analysis. The different technique is available with this book. The proposed technique is Monte Carlo method, for three hollow composite (Rectangular, Circular And Aerofoil) beams made of laminated composites and subjected to bending loads, has been carried out under uncertainty in bending stress for statical and transient analysis. Bending stress was objective function. Geometric parameters, Material parameters Composite Parameters and Load parameter are randomly varied for optimization within effective range and their effect on bending stress has been analysed.…mehr

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Produktbeschreibung
These books cover current research area uncertainty analysis. The different technique is available with this book. The proposed technique is Monte Carlo method, for three hollow composite (Rectangular, Circular And Aerofoil) beams made of laminated composites and subjected to bending loads, has been carried out under uncertainty in bending stress for statical and transient analysis. Bending stress was objective function. Geometric parameters, Material parameters Composite Parameters and Load parameter are randomly varied for optimization within effective range and their effect on bending stress has been analysed.
Autorenporträt
Sachin M.Shinde received B.E.degree in Mechanical Engineering and the M.E.degree in Mechanical Design Engg.from Shivaji University,Kolhapur and Solapur University,Solapur in year 2006 and 2014 respectively.He currently working as Assistant Professor in the Mech.Engg.Dept,KECSP.His recent research in uncertainty analysis of Composite Structures.