MARITIME RESEARCH INSTITUTE NETHERLANDS
BETTER SHIPS, BLUE OCEANS
Research institute MARIN is a provider of advanced expertise and independent research to the maritime industry. Together with an extensive innovation and research network, using the newest facilities and tools we help our clients achieving cleaner, safer and smarter ships and sustainable use of the sea.
Research institute MARIN is a provider of advanced expertise and independent research to the maritime industry. Together with an extensive innovation and research network, using the newest facilities and tools we help our clients achieving cleaner, safer and smarter ships and sustainable use of the sea.
RESEARCH
We help our clients to make ships cleaner, safer and smarter, while contributing to the sustainable use of the world’s oceans.
CFD DEVELOPMENT
KEY-ENABLING TECHNOLOGY
CFD is an important tool for obtaining a better understanding of the flow around ships and offshore structures. This programme focuses on the background development of viscous-flow CFD tools and techniques.
CFD is an important tool for obtaining a better understanding of the flow around ships and offshore structures. This programme focuses on the background development of viscous-flow CFD tools and techniques.
TIME-DOMAIN SIMULATIONS
KEY-ENABLING TECHNOLOGY
Time-domain simulations study the motions of a structure or ship based on the force and momentum balance over a long period of time. We use these simulations for applications in engineering, experiments, simulations and on-board.
Time-domain simulations study the motions of a structure or ship based on the force and momentum balance over a long period of time. We use these simulations for applications in engineering, experiments, simulations and on-board.
MEASUREMENT & CONTROL
KEY-ENABLING TECHNOLOGY
Measurement and analysis are essential for acquiring knowledge from numerical and experimental studies. This programme provides the tools and techniques needed to gain insight into full-scale and model-scale physics.
Measurement and analysis are essential for acquiring knowledge from numerical and experimental studies. This programme provides the tools and techniques needed to gain insight into full-scale and model-scale physics.
OPERATIONS & HUMAN FACTORS
MISSION-ORIENTED RESEARCH PROGRAMME
This program matches complex maritime operations with the capabilities of human operators eventually supported by advisory systems.
This program matches complex maritime operations with the capabilities of human operators eventually supported by advisory systems.
WAVES, IMPACTS AND HYDROSTRUCTURAL
MARITIME RESEARCH PROGRAMME
Waves have a big impact on marine structures. In order to ensure safe design and operation, we are developing the specialist tools and competences needed to assess fatigue and ultimate loads.
Waves have a big impact on marine structures. In order to ensure safe design and operation, we are developing the specialist tools and competences needed to assess fatigue and ultimate loads.
MANOEUVRING & NAUTICAL STUDIES
MARITIME RESEARCH PROGRAMME
Through this research programme we aim to help the maritime industry assess and improve the safety and efficiency of nautical operations, traffic flows and individual ships.
Through this research programme we aim to help the maritime industry assess and improve the safety and efficiency of nautical operations, traffic flows and individual ships.
STABILITY, SEAKEEPING & OCEAN ENGINEERING
MARITIME RESEARCH PROGRAMME
The aim of this research programme is to help the maritime industry to determine the operational limits and safety of floating structures such as ships and platforms and to support the development of innovative concepts for blue growth.
The aim of this research programme is to help the maritime industry to determine the operational limits and safety of floating structures such as ships and platforms and to support the development of innovative concepts for blue growth.
AUTONOMY & DECISION SUPPORT
MISSION-ORIENTED RESEARCH PROGRAMME
The next evolutionary step in shipping will be the development of autonomous sailing vessels. MARIN is playing an important role in the research and testing needed to make autonomous shipping a reality.
The next evolutionary step in shipping will be the development of autonomous sailing vessels. MARIN is playing an important role in the research and testing needed to make autonomous shipping a reality.
RESEARCH
We help our clients to make ships cleaner, safer and smarter, while contributing to the sustainable use of the world’s oceans.
CFD DEVELOPMENT
KEY-ENABLING TECHNOLOGY
CFD is an important tool for obtaining a better understanding of the flow around ships and offshore structures. This programme focuses on the background development of viscous-flow CFD tools and techniques.
CFD is an important tool for obtaining a better understanding of the flow around ships and offshore structures. This programme focuses on the background development of viscous-flow CFD tools and techniques.
TIME-DOMAIN SIMULATIONS
KEY-ENABLING TECHNOLOGY
Time-domain simulations study the motions of a structure or ship based on the force and momentum balance over a long period of time. We use these simulations for applications in engineering, experiments, simulations and on-board.
Time-domain simulations study the motions of a structure or ship based on the force and momentum balance over a long period of time. We use these simulations for applications in engineering, experiments, simulations and on-board.
MEASUREMENT & CONTROL
KEY-ENABLING TECHNOLOGY
Measurement and analysis are essential for acquiring knowledge from numerical and experimental studies. This programme provides the tools and techniques needed to gain insight into full-scale and model-scale physics.
Measurement and analysis are essential for acquiring knowledge from numerical and experimental studies. This programme provides the tools and techniques needed to gain insight into full-scale and model-scale physics.
OPERATIONS & HUMAN FACTORS
MISSION-ORIENTED RESEARCH PROGRAMME
This program matches complex maritime operations with the capabilities of human operators eventually supported by advisory systems.
This program matches complex maritime operations with the capabilities of human operators eventually supported by advisory systems.
WAVES, IMPACTS AND HYDROSTRUCTURAL
MARITIME RESEARCH PROGRAMME
Waves have a big impact on marine structures. In order to ensure safe design and operation, we are developing the specialist tools and competences needed to assess fatigue and ultimate loads.
Waves have a big impact on marine structures. In order to ensure safe design and operation, we are developing the specialist tools and competences needed to assess fatigue and ultimate loads.
MANOEUVRING & NAUTICAL STUDIES
MARITIME RESEARCH PROGRAMME
Through this research programme we aim to help the maritime industry assess and improve the safety and efficiency of nautical operations, traffic flows and individual ships.
Through this research programme we aim to help the maritime industry assess and improve the safety and efficiency of nautical operations, traffic flows and individual ships.
STABILITY, SEAKEEPING & OCEAN ENGINEERING
MARITIME RESEARCH PROGRAMME
The aim of this research programme is to help the maritime industry to determine the operational limits and safety of floating structures such as ships and platforms and to support the development of innovative concepts for blue growth.
The aim of this research programme is to help the maritime industry to determine the operational limits and safety of floating structures such as ships and platforms and to support the development of innovative concepts for blue growth.
AUTONOMY & DECISION SUPPORT
MISSION-ORIENTED RESEARCH PROGRAMME
The next evolutionary step in shipping will be the development of autonomous sailing vessels. MARIN is playing an important role in the research and testing needed to make autonomous shipping a reality.
The next evolutionary step in shipping will be the development of autonomous sailing vessels. MARIN is playing an important role in the research and testing needed to make autonomous shipping a reality.
RESEARCH
We help our clients to make ships cleaner, safer and smarter, while contributing to the sustainable use of the world’s oceans.
CFD DEVELOPMENT
KEY-ENABLING TECHNOLOGY
CFD is an important tool for obtaining a better understanding of the flow around ships and offshore structures. This programme focuses on the background development of viscous-flow CFD tools and techniques.
CFD is an important tool for obtaining a better understanding of the flow around ships and offshore structures. This programme focuses on the background development of viscous-flow CFD tools and techniques.
TIME-DOMAIN SIMULATIONS
KEY-ENABLING TECHNOLOGY
Time-domain simulations study the motions of a structure or ship based on the force and momentum balance over a long period of time. We use these simulations for applications in engineering, experiments, simulations and on-board.
Time-domain simulations study the motions of a structure or ship based on the force and momentum balance over a long period of time. We use these simulations for applications in engineering, experiments, simulations and on-board.
MEASUREMENT & CONTROL
KEY-ENABLING TECHNOLOGY
Measurement and analysis are essential for acquiring knowledge from numerical and experimental studies. This programme provides the tools and techniques needed to gain insight into full-scale and model-scale physics.
Measurement and analysis are essential for acquiring knowledge from numerical and experimental studies. This programme provides the tools and techniques needed to gain insight into full-scale and model-scale physics.
OPERATIONS & HUMAN FACTORS
MISSION-ORIENTED RESEARCH PROGRAMME
This program matches complex maritime operations with the capabilities of human operators eventually supported by advisory systems.
This program matches complex maritime operations with the capabilities of human operators eventually supported by advisory systems.
WAVES, IMPACTS AND HYDROSTRUCTURAL
MARITIME RESEARCH PROGRAMME
Waves have a big impact on marine structures. In order to ensure safe design and operation, we are developing the specialist tools and competences needed to assess fatigue and ultimate loads.
Waves have a big impact on marine structures. In order to ensure safe design and operation, we are developing the specialist tools and competences needed to assess fatigue and ultimate loads.
MANOEUVRING & NAUTICAL STUDIES
MARITIME RESEARCH PROGRAMME
Through this research programme we aim to help the maritime industry assess and improve the safety and efficiency of nautical operations, traffic flows and individual ships.
Through this research programme we aim to help the maritime industry assess and improve the safety and efficiency of nautical operations, traffic flows and individual ships.
STABILITY, SEAKEEPING & OCEAN ENGINEERING
MARITIME RESEARCH PROGRAMME
The aim of this research programme is to help the maritime industry to determine the operational limits and safety of floating structures such as ships and platforms and to support the development of innovative concepts for blue growth.
The aim of this research programme is to help the maritime industry to determine the operational limits and safety of floating structures such as ships and platforms and to support the development of innovative concepts for blue growth.
AUTONOMY & DECISION SUPPORT
MISSION-ORIENTED RESEARCH PROGRAMME
The next evolutionary step in shipping will be the development of autonomous sailing vessels. MARIN is playing an important role in the research and testing needed to make autonomous shipping a reality.
The next evolutionary step in shipping will be the development of autonomous sailing vessels. MARIN is playing an important role in the research and testing needed to make autonomous shipping a reality.
