Professor Prasanta K. Sahoo, PhD, FRINA, MSNAME PROFESSIONAL SUMMARY

Transcription

1 Professor Prasanta K. Sahoo, PhD, FRINA, MSNAME PROFESSIONAL SUMMARY 3725 Tebaldi Place, Melbourne, FL 32934, USA H: O: C: EDUCATION Ph.D.: Naval Architecture University of Rostock, Germany - Rostock, Germany 1985 Graduate Diploma: Applied Computing University of Tasmania - Launceston, TAS, Australia 1998 Bachelor of Science (Hons.): Naval Architecture Indian Institute of Technology - Kharagpur, India 1978

2 PUBLICATIONS Yipeng Pan, Sahoo Prasanta K, Lin Lu (2015); Numerical Study of Hydrodynamic Response of Mooring Lines for Large Floating Structure in South China Sea, published online (later in print) in the Journal of Ships and Offshore Structures, 19 August 2015 Pan Guang, Lu Lin and Sahoo Prasanta (2015); Numerical Simulation of Unsteady Cavitating Flows of Pumpjet Propulsor, published online in Journal of Ships and Offshore Structures, January 3, 2015 Sahoo P K, Mason S and Tuite A (2008); Practical Evaluation of Resistance of High- Speed Catamaran Hull Forms-Part II, Proc. of the Journal of Ships and Offshore Structures Vol 3, No 3, pp Das S K, and Das S N, Sahoo P K (2008); Determination of Motion Characteristics of a Floating Body with respect to variations in degrees of freedom: an analytical study, Proc. of the Journal of Ships and Offshore Structures, Vol 3, No 3, pp Das S K, and Das S N, Sahoo P K (2008); Investigation of coupled sway, roll and yaw motions of a floating body: numerical modelling for non-linear roll restoring, Proc. of the Journal of Ships and Offshore Structures, Volume 3, No 1, pp Salas M and Sahoo P K (2007): Avances en la Estimación de Resistencia al Avance de Multicascos (Progress in Multihull Resistance Estimation), Journal CIENCIA Y TECNOLOGÍA DE BUQUES, Colombia (in Spanish) ISSN Sahoo P K, Salas M and Schwetz A (2007); Practical Evaluation of Resistance of High- Speed Catamaran Hull Forms-Part I, Proc. of the Journal of Ships and Offshore Structures Volume 2, No 4, pp Hebblewhite, K., Sahoo, P.K. and Doctors, L. J. (2007) A Case Study: Theoretical and Experimental Analysis of Motion Characteristics of a Trimaran Hull Form, Proc. of the Journal of Ships and Offshore Structures, Vol. 2, No. 2, pp Das S K, Sahoo P K and Das S N, (2006); Determination of Roll Motion for a Floating Body in Regular Waves, Journal of Engineering for the Maritime Environment Proceeding of the Institute of Mechanical Engineers Part M, Vol. 220, No M1, pp Doctors L J and Sahoo P K (2006); The Waves Generated by a Trimaran, Proc. of The Australian Journal of Mechanical Engineers, Vol. 3, No. 2, pp Reviewed Conference Papers (since 2010) Srikanth Asapana, Prasanta K Sahoo and Vaibhav Aribenchi (2015); Resistance Predictions for Asymmetrical Configurations of High-Speed Catamaran Hull Forms, to be published at WMTC 2015(SNAME) to be held at Rhode Island, USA.

3 Changhwan Son, Prasanta K Sahoo, Vaibhav Aribenchi and Srikanth Asapana (2015); CFD Simulation of Resistance of High-Speed Trimaran Hull Forms, published at International Conference on Fast Sea Transportation, September 1-4, Washington DC, USA Iruthayaraju Andrews, Venkata Karthik Avala, Prasanta K Sahoo, Sudarshanaram Ramakrishnan (2015); Resistance Characteristics For High-Speed Hull Forms with Vanes, published at International Conference on Fast Sea Transportation, September 1-4, Washington DC, USA Sasan Tavakoli, Parviz Ghadimi, Abbas Dashtimanesh, Prasanta K Sahoo (2015); Determination of Hydrodynamic Coefficients Related to Roll Motion of High-Speed Planing Hulls, to be published at International Conference on Fast Sea Transportation, September 1-4, Washington DC, USA Meyer, S. and Sahoo, P. K (2014); A numerical wave resistance prediction method for high-speed round bilge hull forms, in proceedings of International Conference on High Performance Marine Vehicles, Athens, Greece, December 2-5, 2014 Sahoo P K (2012); Abnormality In Computation of Viscous Resistance of High-Speed Hull Forms, presented at Tech Samudra and published in International Journal of Innovative Research and Development, 6-8 December 2012, Visakhapatnam, India Sahoo P K, Peng H, Won J and Sangarasigamany D (2011); Re-evaluation of Resistance Prediction for High-Speed Round Bilge Monohull Forms, presented at The Eleventh International Conference on Fast Sea Transportation (FAST '11) September 2011, Hawaii, USA Sahoo P K (2011); Peculiarities in Analysis of Calm Water Resistance of High-Speed Mono-hull Forms, presented at The Second International Conference on Advanced Model Measurement Technology for EU Maritime Industry (AMT '11) 4-6 April 2011, Newcastle upon Tyne, UK Manoharan Ravindran and Sahoo P K (2010); Drag reduction of NPL round bilge hull forms in HYSUCAT configuration: an analytical study, Proc. Of the Seventh International Conference on High Performance Marine Vehicles (HIPER'10), Melbourne, Florida, USA, October 2010

4 WORK HISTORY Associate Professor Florida Institute of Technology - Melbourne, FL 01/ Current Associate Professor in Ocean Engineering. Responsible for delivery of courses on Design of Marine Propulsion System, Dynamics of Marine Vehicles, Structural Design of Marine Vehicles, Design of High-Speed Craft, Naval Architecture and Fundamentals of Offshore Engineering. Supervision of graduate and PhD candidates. General Administrative duties associated with the position. Senior Lecturer (Hydrodynamics) Australian Maritime College - Launceston, TAS, Australia 01/ /2008 Senior Lecturer (Hydrodynamics) and Course Coordinator (Naval Architecture) in National Centre for Maritime Engineering and Hydrodynamics. Coordinator for visiting international students Responsible for delivery of subjects such as Resistance and Propulsion, Ship Dynamics and Hydrodynamics of Offshore Structures and overseeing the delivery of all other subjects. Lecturer (Naval Architecture) Australian Maritime College - Launceston, TAS, Australia 01/ /2002 Lecturer, and responsible for delivery of subjects such as Ship Structures, Advanced Ship Structures, Resistance and Propulsion, Applied Hydrostatics, Ship Dynamics, Stress Analysis and Computer Aided Design. Deputy Manager (CAD/CAM) Goa Shipyard, India - Vasco-da-Gama, Goa, India 07/ /1992 Responsibilities: Implementation of AUTOKON structural software from Kockums Computer Systems, Sweden. Extensive use of software for Fast Patrol Vessels, Offshore Patrol Vessels, Missile Craft and 300 passenger ferry (net savings for shipyard amounted to $8.00 million in two years).chairman of sub-committee to oversee acquisition of software systems for CAD/CAM activities at various defence shipyards. Assistant Manager Technical Services) Goa Shipyard, India - Vasco-da-Gama, Goa, India 03/ /1989 Responsibilities: Preliminary and Detailed Design of 400 tonne Oil Tanker and 6tonne BP Tug for Indian navy and 300 Passenger vessel for Shipping Corporation of India. Design aspects involved generation of Lines Plan, naval architectural calculations for stability, resistance and propeller design, Structural Design details as per LRS rules, Outfit Design of standardized items such as watertight and non-watertight doors,

5 hatches, teering gear, masts, compartment layouts, deck coverings, awnings & stanchions, ladders etc., and commissioning of vessels after successful sea trials. Preparation of technical details of various equipment and technical negotiations with equipment vendors.

6 AUTHORSHIP Written Lecture Notes based Text book for Graduate and Undergraduate Students as follows: a) Theory of Ships and Floating Structures b) Fundamentals of Offshore Engineering c) Hydrodynamics in Ship Design d) Structural Design of Marine Vehicles e) Design of Marine Propulsion System f) Dynamics of Marine Vehicles g) Written the course module for Lloyds Maritime Academy (UK) for their Distance Education Program: Diploma in Marine Engineering: Naval Architecture: Hydrostatics, Stability and Ship Design COURSES BEING TAUGHT Undergraduate 1. Design of High Speed Small Craft 2. Hydrodynamics in Ship Design 3. Fundamentals of Naval Architecture 4. Fundamentals of Offshore Engineering 5. Structural Design of Marine Vehicles Graduate 1. Naval Architecture 2. Design of Marine Propulsion System 3. Dynamics of Marine Vehicles More than 65 undergraduate and graduate thesis supervised and completed 6 Masters and 2 PhD Thesis supervision in progress CONSULTANCY Consultancy Projects in Naval Architecture 1. Bulbous bow optimization of Trawler Hull form for Tenix Shipbuilding, Western Australia, 1998 In this project the client wanted to optimize the hull form with a bulbous bow so as to increase speed without change in engine power. The hull form was provided by Tenix and a CFD analysis was conducted by use of SHIPFLOW, a CFD package developed by SSPA at Chalmers University, Sweden. 2. Hydrodynamic Analysis of Replacement Patrol Boat (Dept. Of Defence, Royal Australian Navy), 2003 This project was contracted by Kellogg Brown & Root Private Limited, to undertake an independent review of the hydrodynamic analysis, namely resistance and propulsion characteristics of replacement patrol boat, already carried out by the tenderers. It was envisaged to provide an independent opinion regarding the resistance and propulsion characteristics of this patrol boat. 3. Investigation of Roll Motion in Beam Seas for Pivot Martime (Melbourne, Australia), 2005 The aim of this study was to determine the roll periods of various

7 types of vessels in a seaway which could be identified by any surveillance craft at high altitude just by noting the roll periods. 4. Ship Motion Study for Pivot Maritime (Melbourne, Australia), 2007 The scope of the study required was to determine the extent of pitching, yawing, rolling, and heave in an open water of a Handysize bulk carrier in deep water. The assessment is to include squat as a specific value in deep water and in a depth of metres. 5. Manoeuvring Study of Tankers for PIVOT Maritime (Melbourne, Australia), 2008 In this work it was required to perform theoretical analysis of a dwt tanker with regard to a) Turning Circle, b) Stopping Distance and c) Zig-Zag manoeuvre. 6. Resistance and Motion Prediction for SWATH Vessel for Navnautik, Singapore, 2011 In this project the client required powering performance and motion prediction in deep and shallow water conditions. 7. Resistance and Motion Prediction for High-Speed Indian Coast Guard Vessel for Pipavav Shipyard, India, 2012 In this project the client required powering performance and motion prediction in deep and water conditions in the speed range of 35 to 40 knots and sea state of 5. Consultancy Projects with Space Alliance Technology Outreach Program (SATOP) - Florida 1. Recommend process/equipment to produce fabric from recycled plastic. 2. Recommendations for Increasing the Shelf Life of Almond Flour bread. 3. Process for Reduction of Silica Content in Water. 4. Recommendations for Removal of Contaminants from A/C Condensate

8 STRENGTHS Statistical Data Analysis for development of regression equation for Calm Water Resistance and Motion Prediction of High Speed Round Bilge Hull Forms. Landing Craft Hull Form Development & Analysis for Department of Defence, Australia. Use of Non-linear Optimization Methods for Structural Design and Hull Form Design. Theoretical and Analytical Evaluation of the Hydrodynamic Performance of Super Slender Hull Forms. Excellent communication skills in both oral and written. Effective team member in group based activities. Outstanding interpersonal skills. Organized and professional approach to tasks. Good technical negotiation skills. Knowledge of EE principles. OTHER ACHIEVEMENTS Fellow of Royal Institution of Naval Architects, UK, an international body for professional Naval Architects incorporated in UK. Member of Society of Naval Architects & Marine Engineers (SNAME), a professional body for Naval Architects incorporated in USA. Scientific paper reviewer for the scholarly journal as follows: Journal of Ships and Offshore Structures (Taylor & Francis, UK) Journal of Ocean Technology (Canada) Marine Technology (SNAME, USA) International Journal for Small Craft Technology (RINA, UK) Royal Institution of Naval Architects, UK Society of Naval Architects and Marine Engineers (SNAME USA) Organizer of AMC-sponsored workshop on Introduction to Naval Architecture held in October Organizer of AMC/AMC-Search sponsored workshop on Hydrodynamics of High- Speed Vessels in June Convener of 5 th International Conference on High Performance Marine Vehicles held on 8-10 November 2006 in Launceston, Australia.

9 Convener of 7 th International Conference on High Performance Marine Vehicles held on October 2010 in Melbourne, Florida, USA. Editor of HIPER 10 proceedings Editor of the HIPER 06 proceedings. Guest Editor of the Journal, Ships and Offshore Structures, Vol. 2, No 2, 2007 Member of Editorial Board of Journal of Ships and Offshore Structures (Published by Taylor & Francis, UK) Member of Editorial Board of The Journal of Ocean Technology ( Member of National Centre for Stability of Vessels, Australia Visiting Fellow at Department of Naval Architecture, University of Rostock, Germany, Dec-'97 to Jan-98. Visiting Professor at University of British Columbia, Vancouver, Canada from September to December 2007 Visiting Professor at University of Liege, Belgium for EMShip from September to November, 2014 COMMUNITY INVOLVEMENT Assisted in fund raising campaign for Diabetes Australia. Also fund raiser for Asthma Foundation of Australia & CARE Australia, Guide Dogs, Cancer Foundation and OXFAM. Regular Contributor to St. Jude Children s Research Hospital Blood donation for medical research. ion System, Dynamics of Marine Vehicles, Structural Design of Marine Vehicles, Design of High-Speed Craft,