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...a) Materials synthesis b) Characterization c) In-situ characterization and mechanistic studies d) Theoretical tools e) Fast throughput methods...

Engineering (ICME) and Multiscale Materials Modelling (MMM) 3rd December 2015 Amsterdam ESS (Exploitation Strategy Seminar): The Exploitation Strategy Seminar aims to brainstorm on how the project should address exploitation opportunities, identify non-technical factors which could cause risks and potential obstacles...

In the following we have listed some recent deviations, accidents and successful recoveries where Human Factors (Organizational issues, Cognitive issues and HF issues) have played a central role from design through implementation. SHT Ulykkesrapport KNM Helge Ingstad (del 2) (2021) SHT Ulykkesrapport...

Partners: SINTEF Technology and Society (tor.o.grotan@sintef.no) University of Tulsa, USA (sujeet@utulsa.edu) NTNU (eirik.albrechtsen@iot.ntnu.no) FFI (anders.fongen@ffi.no) Networks: We collaborate with IFIP Working Group 11.10 on Critical Infrastructure Protection (http://www.ifip1110.org/) We also...

...human factors methods in design and operations of safe, secure and resilient operations. (HFC forum was established based on the method CRIOP, which is open OA BY 4.0). Vision for HFC: "Professional forum to advance the use of Human Factors (Organizational, Cognitive and Ergonomics) in safety critical...

Virtual and augmented reality has shown great potential both to provide imersive video experienses and interactive applications. In both cases there are many research challenges related to innovative realtime video processing and rendering techniques....

...development the security risk assessment methodology for SESAR and the SESAR Safety Reference Material in SESAR 1. SINTEF has managed the Norwegian Safety Studies for enhanced helicopter safety over the last 3 decades (e.g Helicopter Safety Study 1, 2 and 3). We have also supported the development of new dynamic...

...has so far financed 25 PhD students and 5 post-doctoral researchers. In addition, 10 PhD students and 2 post docs on offshore wind energy are on-going at NTNU with finance from other sources, but carried out in alignment with NOWITECH. Find the complete list of PhD and PostDocs in the Annual Report 2015...

...overall objective of establishing a competence centre on design, analysis, verification and safe operation of subsea electric power systems for oil and gas exploitation. Vital component models and toolboxes are developed and validated, providing opportunities to analyse new phenomena with increased accuracy...

Droplet and film phenomena Two-phase flows, instabilities and heat transfer in confined geometries LNG heat exchanger modelling Investigations on the level of components and component parts: Robust heat exchanger modelling Two-phase flow distribution and instabilities in heat exchangers and manifolds...

Workshop with presentations on Thermal Energy Storage for industry, building and marine applications...

SINTEF is working in the fields of quality assessment, characterization, processing, metallurgy and chemistry related to minerals and raw materials. Well-equipped and modern laboratory facilities are available to support the research activities. ...

SINTEF develops solutions employing nanotechnology and materials with improved or new functionality for a very wide range of applications, but in particular within the nationally prioritized areas energy, environment, health, natural resources, ICT and biotechnology. ...

SINTEF has a broad range of laboratories where we can test the performance of a large variety of products and product components....

SINMOD SINMOD is a 3D model system that connects physical and biological processes in the ocean. It has been developed and used by SINTEF for over 20 years. SINMOD is established with high resolution (800 x 800 m) along the Norwegian coast from Stad and northwards. In the project MODS the model is set up with...

Bioheat refers to all types of heating based on the combustion of biomass and by-products of biomass conversion. Typical examples of biomass are wood, wood chips or pellets, and organic waste. In addition, both biogas and bio-oil are used in the production of bioheat. Biopower is when the heat is used...

...production resources, transport equipment, palletising stations and automated storage. In addition, we develop software solutions for operational control of the flow of goods. Flexible and reconfigurable cells, lines and systems: Automating analysis and optimization Flexible sensor-based solutions Simulation...