Analysis of Radial Stresses in Hydrodynamic Deep Drawing Process
Research Innovation Methodology
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The stress analysis of material is very important for design and manufacturing the products.The importance is enhanced for radial stresses in manufacturing field.The radial stresses are evaluated in mathematical modeling and fluid pressure can be found from cfd.Theoretical analysis results of radial stresses can validated with FEA simulation.This book is the comprehensive and student friendly text gives a clear analysis of the fundamental aspects of the subject of sheet metal forming. The book elaborates the types of hydroforming methods,description of magnesium alloys,discussed on FEA and dif...
The stress analysis of material is very important for design and manufacturing the products.The importance is enhanced for radial stresses in manufacturing field.The radial stresses are evaluated in mathematical modeling and fluid pressure can be found from cfd.Theoretical analysis results of radial stresses can validated with FEA simulation.This book is the comprehensive and student friendly text gives a clear analysis of the fundamental aspects of the subject of sheet metal forming. The book elaborates the types of hydroforming methods,description of magnesium alloys,discussed on FEA and different types of engineering analysis. Evaluated governing equations for radial stresses with viscosity phenomenon and process parameters of hydrodynamic deep drawing process. Fluid pressure is obtained by using CFD. The investigations on radial stresses in magnesium alloys blanks through FEA analysis and correlated were made with theoretical formulation of process.The book was written on thetarget of new innovations and methodology for investigations on radial stresses in this process using FEA and CFD.This book is most useful to pursuing Ph.D students and students of mechanical engineering.
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