Vibro-Impact Dynamics of Ocean Systems and Related Problems

Raouf A. Ibrahim is a Professor of Mechanical Engineering at Wayne State University. From 1963 till 1971, he worked as a research engineer at the Aerospace Research Center of rockets industry in Egypt, then gained his PhD in Mechanical Engineering from the University of Edinburgh in 1974. From 1976 to 1979, he worked as a Senior Research Specialist at Sakr Factory in Cairo and worked as an Adjunct Assistant Professor at Cairo University. In 1979, he moved to the United States and worked at Shaker Research Corporation, before joining Texas Tech University in 1980 as Assistant, Associate, and then full Professor. In 1987, he joined Wayne State University and continued his research activities in nonlinear random vibration, liquid sloshing dynamics, friction-induced vibration, and flutter of aeroelastic structures. In 1994 he was named the Arthur Carr Professor of Engineering and in 1995 he was awarded the Board of Governors Outstanding Professor Award. He has published more than ninety papers in refereed journals, and a research monograph entitled Parametric Random Vibration (Wiley, 1985). He is a Fellow of ASME and Associate Fellow of AIAA.

Nonlinear Dynamics of an Impact Object on an Oscillating Plate.- Elastic Identification of Composite Materials from Vibration Test Data of Thin and Thick Plates.- Foundations for Design of Vibro-Safe Hand-Held Percussion Machines.- Ship Roll Motion under Stochastic Agencies Using Path Integral Method.- Control of Instabilities Induced by Low-Velocity Collisions in a Vibro-Impacting System with Friction.- Hydrodynamic Impact-Induced Vibration Characteristics of a Uniform Euler-Bernoulli Beam.- Random Vibrations with Inelastic Impacts.- Performance of a Bi-unit Damper Using Digital Image Processing.- Dynamics of an Impacting Spherical Pendulum.- Elastic and Inelastic Impact Interaction of Ship Roll Dynamics with Floating Ice.- Periodic Motion Stability of a Dual-Disk Rotor System with Rub-Impact at Fixed Limiter.- A Theory of Cavitation Erosion in Metals Based on the Concept of Impact Fatigue.- Sloshing-Slamming Dynamics - S 2 - Analogy for Tuned Liquid Dampers.- A Dynamic Model and a Robust Controller for a Fully Actuated Marine Surface Vessel.- Random Rocking Dynamics of a Multidimensional Structure.- Dynamic Response of a Marine Vessel Due to Wave-Induced Slamming.- Complex Structure of Periodic Orbits in an Oscillator with a Vibro-Impact Attachment.- Switching and Stick Motions in an Extended Fermi-Acceleration Oscillator.- Vibro-Impact Models for Smooth Non-linear Systems.- Low Frequency Noise and Vibration Analysis of Boat Based on Experiment-Based Substructure Modeling and Synthesis.- Non Linear Dynamic Behaviour of an One-Sided Hertzian Contact Excited by an External Gaussian White Noise Normal Excitation.- On Impacts with Friction in Engineering Systems.- Impact Mode Superpositions and Parameter Variations.- The Evolution of Analytical Treatments ofVibro-Impact Oscillators.- Analysis of Damage Propagation in Single Lap Joints in Impact Fatigue.- Some Non-smooth Dynamical Systems in Offshore Mechanics.- Effect of More Accurate Hydrodynamic Modeling on Calculating Critical Nonlinear Ship Rolling Response.- Discontinuity Mapping for Near-Grazing Dynamics in Vibro-Impact Oscillators.