NUMERICAL ANALYSIS TECHNOLOGIES S.L.
Imagen
1
Pic legend 1: NATEC INGENIEROS
General information
-
Company nameNUMERICAL ANALYSIS TECHNOLOGIES S.L.
-
AdressMarqués de San Esteban, 52, Entlo D
-
Turnover0.35 million EUR in year 2023
-
Employees8 in year 2023
-
SMEYES
-
Contact Info:
-
Phone984199692
-
Emailinfo@natec-ingenieros.com
Activity and Skills
NATEC is an engineering company specialized in advanced analysis: nonlinear and coupled analysis in the mechanical, thermal and electromagnetic fields. Main capabilities demonstrated in projects carried out in the framework of ITER are:
Structural integrity assessment according to nuclear codes (RCC-MR, ASME and SDCIC) of VV components, Port Plugs and In-Vessel components.
Welding process simulation to predict distortions during the manufacturing of the ITER
components:, Diagnostic Port Plugs, Toroidal Field Coil Cases and Vacuum Vessel.
Mechanical design, engineering and manufacturing analysis of ITER Equatorial and Upper Port Plugs.
Electromagnetic analysis of plasma disruptions and other electromagnetic events.
Contracts for Big Science facilities
[ITER ORGANIZATION]
IO/23/CT/43-2970. PROVISION OF ANALYSES FOR ITER ELECTRON CYCLOTRON EQUATORIAL LAUNCHER.
(2024 - 2025)
Analyses for the EC Equatorial Launcher (EL) in order to assess the structural integrity of the current design and for providing support for the review of the analyses of other EC subsystems such as upper launchers, transmission lines, supporting structures, etc
[F4E]
F4E-OMF-1442-01: FRAMEWORK SERVICE CONTRACT FOR THE PROVISION OF ENGINEERING SUPPORT IN THE AREA OF EM AND ELECTROMECHANICAL ANALYSIS OF ITER COMPONENTS
(2023 - 2027)
Provision of electromagnetic analysis, under fast and slow electromagnetic transients, of different ITER components (blanket shield modules, IC/EC antennas, ELM coils, Vacuum Vessel, etc.) and the supporting to improve already existing electromagnetic models.
Performance of the subsequent coupled mechanical analysis of the component under study subject to electromagnetic forces.
[F4E]
F4E-OMF-0938-01: FRAMEWORK SERVICE CONTRACT FOR THE PROVISION OF ENGINEERING SUPPORT IN THE AREA OF EM AND ELECTROMECHANICAL ANALYSIS OF ITER COMPONENTS
(2022 - 2023)
Provision of electromagnetic analysis, under fast and slow electromagnetic transients, of different ITER components (blanket shield modules, IC/EC antennas, ELM coils, Vacuum Vessel, etc.) and the supporting to improve already existing electromagnetic models.
Performance of the subsequent coupled mechanical analysis of the component under study subject to electromagnetic forces .
[ITER ORGANIZATION]
IO/22/CT/43-2626. THERMAL-HYDRAULIC ANALYSIS AND STRUCTURAL ASSESSMENT OF EQUATORIAL PORT #17 PORT PLUG WITH INTEGRATED DISRUPTION MITIGATION SYSTEM AND DIAGNOSTICS.
(2022 - 2023)
Analysis support for the justification of structural integrity and production of related structural assessment reports of Equatorial Port #17 port plug with integrated Disruption Mitigation System and diagnostic systems.
Thermal-Hydraulic (TH) analysis of 3 Diagnostic Shield Modules (DSM) with integrated DMS and diagnostic systems;
- Iterative implementation of water-cooling channels in DSM in conjunction with TH analysis;
- Structural integrity assessment of 3 DSMs prepared on the basis of outcome from thermal-hydraulic and Electro-Magnetic (EM) analysis;
- Delivery of Structural Assessment reports and presentations.
[ITER ORGANIZATION]
IO/CT/ 22/60-434. FRAMEWORK CONTRACT FOR SUPPORT OF PORT INTEGRATION ENGINEERING
(2022 - 2026)
Thermal analysis for different ITER components . Finite element models and analysis. ANSYS CFX and APDL techniques. Transient thermal for operation conditions (plasma burn and dwell cycles). Transient thermal for cooling baking/cooling conditions. Coupled CFX – TH analysis Mesh generation and model’s quality assessment, thermal and mechanical contacts definition between parts. Programming (APDL). Structural integrity justification , P and S-type damage of the different components in frame of RCC-MR 2007 code. Assessment of S type damage (ratcheting and fatigue).
Relevant R&D projects
No registered projects