Research laboratory of water resources, soils and environment (WRSE)

Presentation of the laboratory:

Research laboratory of water resources, soils and environment (WRSE) was created by the ministerial decree N° 145 issued on April 14, 2012. The Research Laboratory WRSE consists of five research teams, including 16 permanent research professors and 17 PhD students. It is located in the Department of Civil Engineering, Faculty of Civil Engineering and Architecture, University of Laghouat. Many research themes are being developed that cover several specialties.

Director of Laboratory: Professor Mohamed Chettih

Contact:

Research laboratory of water resources, soils and environment (WRSE)

Department of Civil Engineering

Faculty of Civil Engineering and Architecture

Amar Telidji University of Laghouat

Address: P.O.BOX 37 G, Laghouat 03000, Algeria

Email: labo.rese@lagh-univ.dz

Web site: http://lagh-univ.dz/?page_id=1779

National relations:

Research teams, themes and Objectives

In addition to the training objectives of young researchers within the framework of laboratory activities, each research team has scientific research objectives

Team 1: Operational Hydrology

Head of team: Prof. CHETTIH Mohamed

Members: M.B. Taouti, M. Saci

The main areas of research are:

Team 2: Water and Environment

Head of team: Professor. GAFSI Mustapha

Members: A. Hamlat, A. Rayane

The objectives of this team are:

 

Team 3: Flow and Transport Phenomena

Head of team: Professor DJEHICHE Abdelkader

Members: A. Guidoum, M. Bouache, A. Djaballah

The main objective is the study of the transport and storage of particles in porous media.

The main research topics are:

 

Team 4: Regional Hydrogeology and Vulnerability of Aquifers

Head of team: Professor STAMBOUL Madani

Members: M. Sekkoum, K. Yamani

The main research topics are:

Team 5: Deterministic and Stochastic Modeling

Head of team: Dr. MOUATTAH Kaddour

Members: W. Tadj, M. Makoudi

The objective is to develop strategies for optimization of structural parameters where the finite element method will be used for the simulation of hydraulic and geotechnical processes.

The main areas of research are:

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