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| GCIV1006-1 | Buildings (including 1jtt)[BR] - Computing and developing of fire-exposed structures [BR] - Project work on buildings [BR] - Parasismic conception
- Fire-Submitted Structure Calculation and Design
- Building Project
- Seismic Design
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| Duration : | Fire-Submitted Structure Calculation and Design : 10h Th, 10h Pr
Building Project : 50h Pr
Seismic Design : 12h Th, 8h Pr
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| Credits/ECTS : |
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| Holder(s) : | Fire-Submitted Structure Calculation and Design : Jean‑Claude Dotreppe, Jean‑Marc Franssen
Building Project : Jean‑Claude Dotreppe
Seismic Design : André Plumier
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| Language : | Langue française |
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| Course contents : |
 | | Fire-Submitted Structure Calculation and Design |
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| Generalities linked to the fire, distribution of the temperature in structural elements. Steel, concrete, composite steel-concrete and timber structures, |
| | Building Project |
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| Sans objet en l'espèce |
| | Seismic Design |
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| Synthesis of analysis methods for seismic design. Earthquake action. Eurocode 8 data for action and design. Seismic design principles. Design of steel and reinforced concrete structures. Base isolation. |
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| Course objective : |
| | Fire-Submitted Structure Calculation and Design |
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| Design and verification of structural elements subjecdted to the fire. |
| | Building Project |
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| Conceptual design of a building to be erected in a given environment and preliminary design of the main structural components. |
| | Seismic Design |
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| setting forward specific aspects of earthquake action and action effects, on local zones of structures and for their global behaviour; general design principles and design requirements for various construtional materials |
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| Prerequisites : |
| | Fire-Submitted Structure Calculation and Design |
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| Basic static, Mechanics of solid, Mechanics of materials, hyperstatic structures, heat transfer, reinforced and prestressed concrete, composite and steel structures, timber construction. |
| | Building Project |
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| Fundamentals of statics, Mechanics of solids and materials, Structural analysis, Steel and composite construction, Reinforced and prestreseed concrete, Soil mechanics and foundations. |
| | Seismic Design |
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| Structural mechanics, materials, reinforced concrete design; steel structures design |
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| Workshops : |
| | Fire-Submitted Structure Calculation and Design |
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| Application exercices under supervision of an assistant. |
| | Building Project |
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| Exercise conducted by group of 2 to 3 students. |
| | Seismic Design |
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| a pre design of a building within 1 day (8 hours) |
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| Organization : |
| | Fire-Submitted Structure Calculation and Design |
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| Courses and application sessions are by period of 2 or 4 hours, depending on the agenda. |
| | Building Project |
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| Periods of 2 to 4 hours. |
| | Seismic Design |
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| one course of the "buildings" modulus, completely given within 3 weeks by the end of october-beginning of november. Examination at the end of 4th week. |
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| Written notes : |
| | Fire-Submitted Structure Calculation and Design |
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| Available. |
| | Building Project |
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| Sans objet en l'espèce |
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| Assessment : |
| | Fire-Submitted Structure Calculation and Design |
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| During the session, written and oral examination on applications and, resp., theoretical aspects. |
| | Building Project |
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| Evaluation of the exercise developped, written examination consisting in a brief prelmiminary design and oral examination relative to this design. |
| | Seismic Design |
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| oral examination |
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| Contacts : |
| | Fire-Submitted Structure Calculation and Design |
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| JC.Dotreppe@ulg.ac.be, +32-4-366.92.51
jm.franssen@ulg.ac.be, +32-4-366.92.65 |
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| Remarks : |
| | Fire-Submitted Structure Calculation and Design |
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| None |
| | Building Project |
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| Technical visits on the site of buildings under construction. |
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