Waterscape
Rockscape
Earthscape
Construction Isometric Geometry Placement and ground material 20
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22 23
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Master Thesis | Engineering Architecture | Aalborg University | June 2017 | Supervisor Isak Worre Foged | Technical Supervisor Rasmus Lund Jensen
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37
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MARITIME SCIENCE CENTRE By Marie Louise Thorning and Josefine Rita Vain Hansen
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Element tags Steel plate joimt Foundation Support Steel joint (hinge) Floor beam 200 x700mm Main frame column 200x500mm Steel plate joint Marin frame roof beam 200x500mm Crossing cover beam 75x350mm Ventilation gap Interior cover column
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Ventilation gap Crossing cover beam 75x350mm Steel cover Screw mountain particle board to batten Ventilation gap Sound absorbing material Crossing roof beam 100x300mm Interior cover beam Ridge steel flashing Ridge battens
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Steel gutter Drip cut Crossing beam 100x240mm Seismic seperation Supporting column connecting to roof beam Steel plate joint Seperate window opening Main window opening Steel angle joint Crossing floor beams
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Mounting system wind insulation Floor heating pipes Main frame column Steel cover Foundation support Ventilation ducts Suspended ceiling system External Shading
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This master thesis proposes a design of a Maritime Science Centre located in Tungenes near Stavanger, Norway. The framework is based on theory on finding the common denominator between a tectonic approach to architecture and social and technical sustainability. Dealing with an architectural world forced to fit into regulation ensuring a technical quality in a project, the perceptual experience of a building is highly downplayed in the design. The thesis aims to design a Science Centre where simulation tool such as BSim serves as a guiding tool towards a sustainable building in addition to site specific analysis of environmental
circumstances, to find the prospect for using different passive and active strategies. Involving a tectonics approach to architecture helps obtain a sensuous spatial experience for the user through means of construction and careful considerations concerning materials and tactility in relation to function. The architectural expression is influenced by the thought of breaking up the envelope into a transition between the interior and exterior - revealing the elements to the visitor. This serves an educational purpose in general, and add depth to the articulation of architectural elements.
The Science Centre is located the edge of Tungenes where roads ends and the low horizon appears stage by the rocky landscape and the sea. The parking is located by the cluster of houses near the dock, making the arrival to the Science Centre on foot, either along the existing path that moves between the rocky landscape and the grasslands or from the top of the hill at the location of the lighthouse. Platforms detach from the building and stretches out into the landscape directing the visitor in a smooth transition to enter the building.
Technical Section 1 : 50
Visualisation courtyard Sunny weather