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Project Objectives | Ambreiaj Magneto-Reologic in Constructie Modulara pentru Unitati de Pompare

June 27th, 2022 – October 25th, 2024 (28 months)

Phases & Objectives
Contact RATBContact ROSEAL

Phases

Magneto-Rheological Clutch in Modular Construction for Pump Storage Units
MRC-LEGO-HYDRO

Phase 1

Phase 2

Phase 3

Phases & Objectives

Phase 1 | Objective 1 (2022)

O1 (2022)
Design new MRC-DCM. Develop new MRF with high temperature range operating conditions and determine it MR proprieties. Numerical assessment of the technical solution

O1 Deliverables
D1.1-Tehnical solution of MRC-DCM including mechanical, electrical and magnetically;
D1.2 – New FCMR including the vacuum oil based FF used as carrier liquid for MRF and the volume fraction of the iron particles of micro size + magneto-rheological proprieties;
D1.3 – Scientific and technical report (TR) with MRC-DCM solution, new MRF and numerical results performed;
D1.4 1 conference paper (ViennaHydro2022) ;
D1.5 Web page of the project.

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Phase 2 | Objective 2 (2023)

O2 (2023):
Technical drawings. Manufacture MRC-DCM (two modules)

O2 Deliverables
D2.1 – Report with technical drawings of MRC-DCM;
D2.2 – Two modules of MRC-DCM;
D2.3 – Tens of ml volume of FCMR;
D2.4 – Scientific and technical report (STR) with two MRC-DCM modules
D2.5 – 1 conference paper (ICMF2023) ;

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Phase 2 | Objective 3 (2023)

O3 (2023)
Installing and testing MRC-DCM on MRC test rig. Analysis the results obtained on MRC-DCM and comparison them against MRC-CT results

O3 Deliverables
D3.1 – Performances of the MRC-DCM;
D3.2 – Scientific and technical report with experimental data obtained on MRC-DCM and their comparison against MRC-CT results;
D3.3 – 1 papers with data obtained on MRC-DCM presented at international conference (IAHRWG2023);
D3.4 1 paper with data obtained on MRC-DCM and compared against MRC-CT results submitted to a journal ranked Q1/Q2;

Phase 3 | Objective 4 (2024)

O4 (2024)
Installing and testing MRC-DCM together with pump on test rig. Assessment of the cavitational behavior of the pump with MRC-DCM.

O4 Deliverables
D4.1 –Performances of the pump equipped with axial rotor controlled by MRC-DCM;
D4.2 – Scientific and technical report with experimental data obtained on pump;
D4.3 – 1 papers with data obtained on hydraulic pump with axial rotor controlled by MRC-DCM submitted to an open access journal (e.g. Proceedings of the Romanian Academy Series A);

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