Awarded contract

Published

Eigensolver Core Transport

76 Suppliers have already viewed this notice

Track & Win Public Sector Contracts and Tenders. Sign up for Free

Current supplier

University of York

Description

UKIFS seeks focussed effort from computational plasma physics expertise with recent experience in the development of state-of-the-art reduced models to describe core plasma transport from the types of electromagnetic turbulence expected to dominate in STEP plasmas. A physics-based quasilinear model of electromagnetic hybrid-kinetic ballooning mode turbulence was recently developed and usefully applied to transport predictions for STEP in [Giacomin, JPP25]. At present this model only includes transport from the linearly dominant modes. UKIFS wishes to extend this model to include sub-dominant modes that may also contribute to the transport, so that higher fidelity calculations can be performed To view this notice, please click here: https://www.delta-esourcing.com/delta/viewNotice.html?noticeId=974449251 ## Contract award

Unlock decision maker contacts.

Create a Free Account on Stotles

Stotles is your single source for government tenders, contracts, frameworks and much more. Sign up for free.

Explore similar pre-tenders, open or awarded contracts

Browse open tenders, recent contract awards and upcoming contract expiries that match similar CPV codes.

Cambridge University Hospitals NHS Foundation Trust

0

Published a day ago

UK Research & Innovation

0

Published a day ago

UK Research & Innovation

791,474 USD

Published a day ago

UK Industrial Fusion Solutions Ltd

0

Published a day ago

UK Research & Innovation

0

Published a day ago

Wirral University Teaching Hospital NHS Foundation Trust

0

Published 2 days ago

Hertfordshire County Council

450,000 GBP

Published 2 days ago

Peabody Trust

0

Published 2 days ago

Coventry University

0

Published 2 days ago

Sign up to the Stotles Tender Tracker for free

Find even more contracts with advanced search capability and AI powered relevance scoring.