Marine Systems Engineering At Delft University of Technology
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1 At Delft University of Technology Prof. Douwe Stapersma Delft University of Technology Challenge the future
2 System integration Wide (system level) vs deep (component level) As broad as possible, as detailed as necessary Multi disciplinary Mechanical, Electrical, Chemical, Design, Operation, Maintenance Cooperation with industry Wärtsilä, IHC, Damen, Boskalis, Imtech, Alewijnse, etc. Close link to practical problems Access to (ship) installations Compensates lack of laboratory facilities 2
3 Marine System Engineering Achievements: people MSc students Klein Woud delivered: ca 120 (?) Stapersma delivered: Marine Engineering, 20 Marine Diesel Engines 15 in progress PhD students: 10 delivered 7 at TU (Vucinic, Van der Nat, Grimmelius, Vrijdag, van Oers, Ding, Shi) 3 at other research institutes (Van Hees - MARIN, Schulten - NLDA, Rens - ECN) 1 in industry (Godjevac - Wärtsilä) 5 in progress 3 at TU (De Vos, Zheng, Liu Jialun) 2 in industry (Tjallema - Bluewater, Wik - Wärtsilä) 3
4 Marine System Engineering Achievements: (recent) projects Contribution national research projects Dyloprops Adept EFIN shipping SmartDredger E3-Tug Commercial drivetrain technology (HTAS-EVT) Inland shipping: IDVV projects & Boeggolf (A dam) Contribution European projects Hercules B MoveIt! Retrofit Contribution industry projects With Damen, MARIN, ThyssenKrupp Veerhaven 4
5 Marine System Engineering Achievements: impact Publications Klein Woud: 4 Journal, 45 Congres papers Stapersma: 16 Journal, 60 Congres papers Grimmelius: 5 Journal, 59 Congres papers Books: Marine Propulsion Design of Propulsion & Electric Power Generation Systems Design of Auxiliary Systems, Shafting and Flexible mounting Systems (to be published) HME courses Marine Propulsion Auxiliary Systems 5
6 Marine System Engineering Research Theme: Design for Service Main focus: complex systems, not individual components Areas: Concept exploration & design Dynamic behaviour Maintenance engineering Emissions and fuels Common factors of interest: Effects on system integration Influence of system integration 6
7 Marine System Engineering Technical issues Energy conversion and thus thermodynamics remains the core Mass and heat flow and thus flow mechanics and heat transfer basic Electric conversion and equipment becomes even more important: Electric machines Power electronics Hydraulic actuation remains vital in many systems Fuels & emissions change the world: Gas, nuclear, alternative fuels Energy storage (batteries), fuel cells SCR, Scrubbers Chemical knowledge gets more important in view of: Emissions Electrochemical conversions Monitoring & Control are the glue of system engineering 7
8 Marine System Engineering The wider issues System integration becomes vitally important Suppliers change from component manufacturers to system integrators: International: Rolls-Royce, Wärtsilä, MAN National: Damen, IHC, Huisman Itrec, Imtech, Bakker Sliedrecht, Alewijnse, Design for operations Include variability of operational conditions Off design performance Dynamic performance Probabilistic approach also for design of energy systems Challenge: proper stochastic description of operational profile Not only design but also maintenance aspects Wear mechanisms such as mechanical and thermal load 8
9 PhD portfolio (1) Concept exploration Probalistic operational profile for design of efficient and effective energy systems on board ships Fundamentals of distribution systems Fundamentals of Control & Monitoring System Design Maintenance Engineering Fundamental wear description of propulsion plant components Knowledge management of system behaviour and off-desgin conditions Through life reliabilitiy, availability and mantainebility (RAM) assesment in shipping Fuels & Emissions Dynamic modelling of green technologies for diesel engines 9
10 PhD portfolio (1) Concept exploration Probalistic operational profile for design of efficient and effective energy systems on board ships Fundamentals of distribution systems Fundamentals of Control & Monitoring System Design Maintenance Engineering Fundamental wear description of propulsion plant components Knowledge management of system behaviour and off-desgin conditions Through life reliabilitiy, availability and mantainebility (RAM) assesment in shipping Fuels & Emissions Dynamic modelling of green technologies for diesel engines 10
11 PhD portfolio (2) Dynamic behaviour Mean value first principle approach to combustion modelling in diesel engine for propulsion simulation Multizone combustion model for diesel engine simulation Advance propulsion control Integrated propulsion and manoeuvring control Dynamic modelling of electric power generation plants Application of state-of-the-art evaporation models in marine engineering simulation models Integrated modelling of pump/drivetrain system for vertical slurry transport to large seadepth Fundamentals of platform system modelling Smart grid for ships 11
12 PhD portfolio (2) Dynamic behaviour Mean value first principle approach to combustion modelling in diesel engine for propulsion simulation Multizone combustion model for diesel engine simulation Advance propulsion control Integrated propulsion and manoeuvring control Dynamic modelling of electric power generation plants Application of state-of-the-art evaporation models in marine engineering simulation models Integrated modelling of pump/drivetrain system for vertical slurry transport to large seadepth Fundamentals of platform system modelling Smart grid for ships 12
13 PhD research for this STW/NWO call Fundamentals of Control & Monitoring System Design Keywords: Levels of automation, Topology & Architecture, Robustness, Transparency Link to JIP ISHARE Imtech, Damen, IHC, Huisman. From wear of propulsion plant components to RAM of ships Keywords: Operational profile, Wear mechanisms, Availability IHC, Bluewater. Dynamic modelling of green technologies for diesel engines Keywords: Scrubber and SCR dynamics, Impact during manoeuvering Link to JIP Scrubber TNO, Marin, Wartsila, IHC, Damen, Boskalis, van Oord, Wagenborg, Spliethof Dynamic modelling of electric power generation plants Keywords: Hybrid & all electric, Energy storage, Autonomous grids Link to JIP HYBRID Alewijnse, Bakker Sliedrecht, Imtech, IHC, Damen. 13
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