Autor/Autorin: Abumandour Ramzy M.
I got a B.Sc.degree in Mechanical Power Engineering from Engineering Faculty, Menofia University, in 2004. M.Sc. in Engineering Mechanics from Engineering Faculty, Cairo University, in 2010. I'm current working towards Phd degree in Engineering Faculty, Menofia University. My current research interests: Structure Analysis and Fluid Mechanics.
In this book, we will analyze the vibration of uniform and non-uniform beams resting on fluid layer in three cases; First: the free and forced vibration of uniform and non-uniform beams resting on fluid layer under axial force. Second: determination the static deflection behaviours of uniform and non-uniform beams resting on fluid layer under axial force and Third: the analysis of buckling behaviours of uniform and non-uniform bars resting on fluid layer under axial force which has been solved by the Differential Quadrature Method (DQM). We consider a homogeneous isotropic beam with various end conditions. In addition, the new algorithm implemented to solve engineering applications.
I got a B.Sc.degree in Mechanical Power Engineering from Engineering Faculty, Menofia University, in 2004. M.Sc. in Engineering Mechanics from Engineering Faculty, Cairo University, in 2010. I'm current working towards Phd degree in Engineering Faculty, Menofia University. My current research interests: Structure Analysis and Fluid Mechanics.
Über den Autor
I got a B.Sc.degree in Mechanical Power Engineering from Engineering Faculty, Menofia University, in 2004. M.Sc. in Engineering Mechanics from Engineering Faculty, Cairo University, in 2010. I'm current working towards Phd degree in Engineering Faculty, Menofia University. My current research interests: Structure Analysis and Fluid Mechanics.
Klappentext
In this book, we will analyze the vibration of uniform and non-uniform beams resting on fluid layer in three cases; First: the free and forced vibration of uniform and non-uniform beams resting on fluid layer under axial force. Second: determination the static deflection behaviours of uniform and non-uniform beams resting on fluid layer under axial force and Third: the analysis of buckling behaviours of uniform and non-uniform bars resting on fluid layer under axial force which has been solved by the Differential Quadrature Method (DQM). We consider a homogeneous isotropic beam with various end conditions. In addition, the new algorithm implemented to solve engineering applications.
