Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
GRAVITY-BASED STRUCTURE (GBS)
The invention is applicable to hydrotechnical facilities and can be used for setting up production, transport, transshipment and warehouse complexes with various applications in near-shore and offshore locations. The GBS has rectangular top slab 2 and base slab 4, external walls and internal vertical walls to separate the compartments. The GBS has central part 1 and protruding part 3. Central part 1 of the GBS is shaped as a rectangular prism with said top slab 2. GBS protruding part 3 stretches along the sides of central part 1 all around its perimeter and has vertical external walls 5. Protruding part 3 and central part 1 share base slab 4, with protruding part 3 being lower in height than central part 1. Central part 1 has internal vertical longitudinal and transverse walls 5 forming compartments 6, 7, and protruding part 3 has internal vertical walls 5 perpendicular to its external walls and forming compartments 15 from the short ends and ballast compartments 8 on the sides. Vertical longitudinal and transverse walls forming additional compartments 20 are located between intermediate horizontal slab 13 and base slab 4. The new GBS design is suitable for transportation through shallow waters and adjusted to the Arctic conditions and ice impact.
GRAVITY-BASED STRUCTURE (GBS)
The invention is applicable to hydrotechnical facilities and can be used for setting up production, transport, transshipment and warehouse complexes with various applications in near-shore and offshore locations. The GBS has rectangular top slab 2 and base slab 4, external walls and internal vertical walls to separate the compartments. The GBS has central part 1 and protruding part 3. Central part 1 of the GBS is shaped as a rectangular prism with said top slab 2. GBS protruding part 3 stretches along the sides of central part 1 all around its perimeter and has vertical external walls 5. Protruding part 3 and central part 1 share base slab 4, with protruding part 3 being lower in height than central part 1. Central part 1 has internal vertical longitudinal and transverse walls 5 forming compartments 6, 7, and protruding part 3 has internal vertical walls 5 perpendicular to its external walls and forming compartments 15 from the short ends and ballast compartments 8 on the sides. Vertical longitudinal and transverse walls forming additional compartments 20 are located between intermediate horizontal slab 13 and base slab 4. The new GBS design is suitable for transportation through shallow waters and adjusted to the Arctic conditions and ice impact.
GRAVITY-BASED STRUCTURE (GBS)
SCHWERKRAFTBASIERTE STRUKTUR
BASE DE TYPE GRAVITAIRE (BTG)
MIKHELSON LEONID VIKTOROVICH (Autor:in) / RETIVOV VALERIY NIKOLAEVICH (Autor:in) / SOLOVYEV SERGEY GENNADYEVICH (Autor:in)
23.10.2024
Patent
Elektronische Ressource
Englisch