...overall improvement and optimisation of logistics chains, the scope of the maritime transport context has greatly increased. Industrial value chains are inter-organisational constructions that have to meet and handle a wide range of challenges with respect to establishment, operation and adaptation in an...
D1.1 Cost benefit analysis and cost and performance target for large scale PEM electrolyser stack D2.1 Coupling and up-scaling strategies for the development of multi-scale and multi-physic PEMWE performance models D2.3 Functional and validated multi-scale and multi-phase models for PEMwater electrolyzer...
Competence and know-how contribution to ColdWear SINTEF R&D provider Project management Materials science Instrumentation and sensors Physiology and design NTNU R&D provider Education Material science Physiology Swix Sport AS Industrial partner High performance natural and synthetic fibres for sports and leisure...
Research and development within low-temperature SOFC is ongoing both in Europe, USA and Japan. In Scandinavia, we have long experience within SOFC and PCFC materials. In nextgenFCmat, this expertise (Risø DTU, Denmark and SINTEF, Norway) is combined with outstanding expertise within materials characterization...
...with economic and environmental expertise in order to provide our customers with multidisciplinary solutions. Important topics are development of optimization models combining technological possibilities with economic and environmental effects, development of innovative business models and new forms of...
Welcome to the 6th Conference on Learning Factories, arranged by NTNU Gjøvik and SINTEF Raufoss Manufacturing, the 29th and 30th of June at Gjøvik. The conference is sponsored by CIRP and SFI Manufacturing, Norways cross-disciplinary research centre for competitive high value manufacturing. The conference...
... knowledge-sharing and prioritizing within the FACE centre. The objectives are further explained as follows: Create a team among the individuals from the 3 CRI partners Develop a common understanding of the scientific status and challenges on complex fluids and experimentation and modelling of systems...
...technology and digital infrastructure to enable concepts such as increased capture of offshore performance data; use of real-time data to monitor and manage operations across geographical and organisational borders; use of collaborative technology to link different actors in a more efficient and closer way;...
...end-user and manufacturer and to transform these into guiding principles on the sensor and material development. Performance and work in the cold will be explored for defined cases. Environmental challenges, work conditions, limitations on existing clothing solutions, manner of use (incl. washing and durability)...
...the four-year project NEXT-Drill, in which scientists and industry will develop the technology and tools needed to produce geothermal heat from the earth. Geothermal heat is available all over the world, and is a clean, stable, inexhaustible, and “weather-proof” source of energy. At our latitudes, the...
...proteins and aquaculture will be increasingly important in meeting the growing gap between supply and demand for seafood products. The FAO recognizes that technological development will play a major role in future expansion of the industry. New technologies must improve the efficiency of production and operations...
Helgeland – an updating based on Shallow Drilling Helgeland 1982 and related studies. IKU Report 23.2525.00/01/94 141p. 4 app. Restricted. OFF TROMS 1984 Sættem, J., Aarhus, N., Elvebakk, G., Leith, L., Vigran, J. O. 1985: Shallow seismic and sampling off Troms 1984. IKU Report 04.1224.00/01/85 63p. 7 encls...
...main objectives are: Analyse the potential and restrictions of the European building regulations framework to influence the resource consumption in construction, and to derive policy recommendations on energy, pollution prevention, landfill, waste, etc, Collect and compare assessment methods of environmental...
...dispersed oil on Calanus finmarchicus, and link molecular level effects with fitness-related endpoints. The project is financed by the Research Council of Norway (2010-1012), and is a collaboration between SINTEF, NTNU, BioTrix, NIVA, SINTEF Fisheries and Aquaculture and the University of Stockholm....
...improve access to, interaction with, and processing and presentation of massive static and time-varying 3D rich contents. The focus in Parallel3D will be on natural and human made objects and structures, medical data, industrial and scientific simulation results, and combinations thereof: To develop methods...
...third Fobis workshop was organized by FOI, which has been active in the area of biosensors and biomedical sensors for more than 25 years. The workshop was also supported by Uminova Innovation, BioTech Umeå and CMTF, which brings together leading expertise in the area of biomedical engineering from northern...
...research actors to make this happen. The overall objective of the present project is to develop robust and cost effective materials and solutions for use in Arctic regions. The more specific scientific and academic sub-goals are: Assessment platform (WP1): to establish a material database on a short term...
...vilkår i tillatelser. – Alle byggefeilene og -tvistene tyder på at det er et stort behov for å oppklare hva som faktisk er kravene i en byggesak, sier Anders Kirkhus, seniorrådgiver ved SINTEF Byggforsk og forfatter av Innføring i byggereglene TEK 17. Ikke glem å søke Mange huseiere ønsker å få utført byggejobber...
...is a leading developer, manufacturer and supplier of fuel cell catalysts, membrane electrode assemblies and other catalysed components to fuel cell developers worldwide. JMFC is a partly owned subsidiary of Johnson Matthey plc, a speciality chemicals company and world leader in advanced materials technology...
K.-A. Lie, J. R. Natvig, and H. M. Nilsen. Analysis of dynamics and operator splitting techniques for two-phase flow with gravity. Int. J. Numer. Anal. Model....