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Prof. Paul D Sclavounos

Professor of Mechanical Engineering and Naval Architecture

Director, Laboratory for Ship and Platform Flows

Primary DLC

Department of Mechanical Engineering

MIT Room: 5-320

(617) 253-4364

pauls@mit.edu

Areas of Interest and Expertise

Hydrodynamics
Modeling of Flows Around Ships and Offshore Platforms
Statistical Aspects of Wave-Induced Nonlinear Loads and Responses of Floating Structures
Energy
Wind Power

Projects

July 30, 2009

Department of Mechanical Engineering

Are There Solutions to Overcome the Problems of “Double Dandling” in the U.S. Wind Logistics Business

Principal Investigator Paul Sclavounos

July 29, 2009

Department of Mechanical Engineering

The Development of Floating Wind Turbine Systems

Principal Investigator Paul Sclavounos

February 20, 2005

Department of Mechanical Engineering

Offshore Wind Energy

Principal Investigator Paul Sclavounos

December 13, 2001

Department of Mechanical Engineering

Flow Simulation and Responses of High-Performance Vessels and Deepwater Offshore Platforms

Principal Investigator Paul Sclavounos

December 1, 2001

Department of Mechanical Engineering

Wake Wash of High-Speed Vessels in Restricted Waters: Should There be a Speed Limit

Principal Investigator Paul Sclavounos

April 9, 1999

Department of Mechanical Engineering

Laboratory for Ship and Platform Flows (LSPF)

Principal Investigator Paul Sclavounos

Prof. Paul D Sclavounos

Primary DLC

Areas of Interest and Expertise

Recent Work

Are There Solutions to Overcome the Problems of “Double Dandling” in the U.S. Wind Logistics Business

The Development of Floating Wind Turbine Systems

Offshore Wind Energy

Flow Simulation and Responses of High-Performance Vessels and Deepwater Offshore Platforms

Wake Wash of High-Speed Vessels in Restricted Waters: Should There be a Speed Limit

Laboratory for Ship and Platform Flows (LSPF)

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