nwo: luchtsmering
Running
TUDelft - Prof. Dr. T. van Terwisga – Luchtsmering: dit project onderzoekt de mogelijkheid om de effectiviteit van luchtsmering te verbeteren met behulp van verschillende coatings, en door andere ontwerpen van luchtkamers en caviteiten.
background
A unique multiphase test facility is being established by the Sloshing of Liquefied Natural Gas (SLING) research project to examine slohing impacts in LNG tanks.
Through the STW ‘Perspective Programme’, a major public-private cooperation named SLING has been created. The SLING consortium comprises the technology foundation STW, four top Dutch universities, representatives from the LNG, shipping and shipbuilding industry, engineering companies and MARIN.
The research requires a multiphase facility, which consists of a controlled environment with multiple test setups installed inside, i.e. a flume tank with a wave maker installed on one end of the flume and an instrumented, transverse wall at the other end and a large and a small flat impactor. The controlled environment consists of a 15 m long x 2.5 m diameter autoclave with observation windows; a gas and liquid supply system; and a heating/cooling system for the autoclave and test setups, facilitating testing in the vicinity of the water-vapour boundary for a large range of temperatures (5°C to 200°C) and pressures (5 mbar to 10 bar).
The test facility will be located at MARIN.
Through the STW ‘Perspective Programme’, a major public-private cooperation named SLING has been created. The SLING consortium comprises the technology foundation STW, four top Dutch universities, representatives from the LNG, shipping and shipbuilding industry, engineering companies and MARIN.
The research requires a multiphase facility, which consists of a controlled environment with multiple test setups installed inside, i.e. a flume tank with a wave maker installed on one end of the flume and an instrumented, transverse wall at the other end and a large and a small flat impactor. The controlled environment consists of a 15 m long x 2.5 m diameter autoclave with observation windows; a gas and liquid supply system; and a heating/cooling system for the autoclave and test setups, facilitating testing in the vicinity of the water-vapour boundary for a large range of temperatures (5°C to 200°C) and pressures (5 mbar to 10 bar).
The test facility will be located at MARIN.
NWO
The Netherlands Organization for Scientific Research (NWO) ensures quality and innovation in science and promotes its impact on society. The main task is to fund scientific research at Dutch public research institutions, in particular the universities. NWO focuses on all scientific disciplines and research fields. The funds are implemented through national competition based on quality and assessment assessment and selection procedures.
Contact
Tom van Terwisga
Team leader Resistance and Propulsion
NWO
De Nederlandse Organisatie voor Wetenschappelijk Onderzoek (NWO) zorgt voor kwaliteit en vernieuwing in de wetenschap en bevordert de impact ervan op de maatschappij. De hoofdtaak is het financieren van wetenschappelijk onderzoek aan Nederlandse publieke onderzoeksinstellingen, in het bijzonder de universiteiten. NWO richt zich op alle wetenschappelijke disciplines en onderzoeksvelden. De middelen worden ingezet via nationale competitie op basis van kwaliteit en onafhankelijke beoordeling- en selectieprocedures.