NOUREDDINE Aimeur

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NOUREDDINE Aimeur

عيمر نورالدين

noureddine.aimeur@univ-msila.dz

657061648

  • Departement of MECHANICAL ENGINEERING
  • Faculty of Technology
  • Grade PHd
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About Me

Domain

Science et Technologies

Filiere

Génie Mécanique

Mechanical Construction

Location

Msila, Msila

Msila, ALGERIA

Code RFIDE

  • 1991-12-07 00:00:00

  • NOUREDDINE Aimeur birthday

  • 2023-05-15
  • 2023-05-15

    FAULTS DIAGNOSTICS OF CEMENT DRAFT FAN USING ARTIFICIAL NEURAL NETWORK (ANN)

    Fans are the key components of any cement manufactur-ing process. Without them, the process does not work verywell, or it would not be effective. They can be subjected to alarge number of damages (wear, unbalance, etc.) occurringduring the operation and whose causes are multiple. Oneproblem of great importance in industrial monitoring isperforming fault detection and determining the faulty compo-nent, or at least the suspect area in the schema of the system.To address this issue, the diagnostics of most defects thatmay affect the fans is investigated in this work using spectralanalysis of vibration which allows the construction ofsignatures defects. These signatures are dedicated to auto-mating the diagnostics by artificial neural network.

    Citation

    noureddine MENASRI , Noureddine aimeur , , (2023-05-15), FAULTS DIAGNOSTICS OF CEMENT DRAFT FAN USING ARTIFICIAL NEURAL NETWORK (ANN), STRUCTURAL INTEGRITY AND LIFE, Vol:23, Issue:1, pages:23-29, Society for Structural Integrity and Life

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  • 2023
  • 2023

    3D CFD MODEL FOR THE ANALYSIS OF THE FLOW FIELD THROUGH A HORIZONTAL AXIS WIND TURBINE (HAWT)

    With the world’s growing demand for energy, renewable energy production has become important in providing alternative sources of energy and in reducing the greenhouse effect. This study investigates the aerodynamics and performance of the WG/EV100 micro–Horizontal Axis Wind Turbine (HAWT) using Computational Fluid Dynamics (CFD). The complexity of VAWT aerodynamics, which is inherently unsteady and three-dimensional, makes high-fidelity flow models extremely demanding in terms of computational cost, limiting the analysis to mainly 2D Computational Fluid-Dynamics (CFD) approaches. This article explains how to perform a full 3D unsteady CFD simulation of HAWT. All main parts of the WG/EV100 HAWT were designed in SOLIDWORKS. Only the blade design was reverse engineered due to the unavailability of the CAD model and the complexity of its geometric characteristics. The impeller blade is scanned using a Coordi-nate Measuring Machine (CMM), and the obtained 3D scan data are exported from the PC-DMIS software to GEOMAGIC design X to obtain a CAD model of the blade.

    Citation

    noureddine MENASRI , SAID Zergane , Noureddine aimeur , Aissa AMOUR , , (2023), 3D CFD MODEL FOR THE ANALYSIS OF THE FLOW FIELD THROUGH A HORIZONTAL AXIS WIND TURBINE (HAWT), Acta Polytechnica, Vol:63, Issue:4, pages:250-259, the Czech Technical University in Prague

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