Amrane Amirouche
Nationality :
BirthDate : 1970-01-01
Civil state : Marié
Title : Titre
Academic status : Ingenieur de recherches
Adress : BAT. B52/3 ANAST (Systèmes de transport et constructions navales)
chemin des Chevreuils, 1
4000 Liège 1
Belgium
Email :
Phone :
Mobile :
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Curriculum Vitae
Engineering degree:
- · Master Degree in mechanical engineering (University of Tizi Ouzou - 2003)
- · Master Degree in mechanical design (University of Poitiers – 2004)
- · Complementary Master in Shipbuilding (University of Liege – 2005)
- · Advanced Studies (3rd cycle Engineer graduation) in Applied Sciences (Shipbuilding) (University of Liege – 2006)
- · PhD in Progress (University of Liege)
Professional experiences:
- Title: « structural Analysis and fatigue assessment by FEM with VERISTAR HULL of an LNG carrier ». I’m working about this task within the European project IMPROVE
- Duration: in Progress – 2007
- Location: ANAST (Liege- Belgium)
- Title: « fatigue assessment of a wind turbine ».
- Duration: 01 month – 2007
- Location: ANAST (Liege- Belgium)
- Title: "Improvement of LBR-5”. I worked on the software LBR-5 developed in ANAST. This software can evaluate stresses in stiffened structures and optimizes these structures to minimize production costs.
- Duration: 8 months
- Location: ANAST (Liege- Belgium)
- Titre: « Ship stability calculations ». This work completed at the end of my complementary Master in Shipbuilding in a French shipyard.
- Duration: 4 months – 2005
- Location: “SOCARENAM“shipyard – France
- Titre : « Design of a new model of enclose swimming pool according to the standard NFP90 013». This work completed at the end of my Master Degree in mechanical design in French company.
- Duration: 6 months – 2004
- Location : Company KARLA – France
- Title: « Diagnosis of rotating machines parts failures by measurements of their vibratory spectra (predictive maintenance) ».
- Duration : 7 months – 2003
- Location : Laboratory of Mechanics Structures and Energy - university of Tizi-ouzou - Algeria
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Missions
PHD
The title of my PhD is: « Ultimate strength of stiffened panels: Interaction with fatigue cracks»
European project IMPROVE
The main objective of the IMPROVE project is to develop three new ship generations in an integrated multiple criteria decision making environment by using the advanced design synthesis and analysis techniques at the earliest stage of the design process, which innovatively considers structure, production, operational aspects, performance, and safety criteria on a concurrent basis. The product types focused on this project are new generations of LNG gas carriers and chemical tankers, and an innovative concept of a large Ro-Pax vessel.
The project consortium consists of 17 complementary partners from 8 member and 2 candidate member states; 3 ship owners/operators, 4 universities, 3 shipyards, 2 ship design company, 2 engineering companies, 2 software companies, a classification society and an International Association of universities.