Cruise terminal | Cruise Center 8 | Warnemünde
Customer Project
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Passenger Terminal for Cruise Ships | Cruise Center 8 in Warnemünde, Germany | INROS LACKNER SE | www.inros-lackner.de
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Passenger Terminal for Cruise Ships | Cruise Center 8 in Warnemünde, Germany | Massive service building (right) next to the terminal | INROS LACKNER SE | www.inros-lackner.de
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Passenger Terminal for Cruise Ships | Cruise Center 8 in Warnemünde, Germany | Water Side View | INROS LACKNER SE | www.inros-lackner.de
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RSTAB structural model | Passenger Terminal for Cruise Ships | Cruise Center 8 in Warnemünde, Germany | INROS LACKNER SE | www.inros-lackner.de
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Passenger Terminal for Cruise Ships | Cruise Center 8 in Warnemünde, Germany | INROS LACKNER SE | www.inros-lackner.de
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Warnemünde Cruise Center 8 3D Model in RSTAB (© INROS LACKNER SE)
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Passenger Terminal for Cruise Ships | Cruise Center 8 in Warnemünde, Germany | Massive service building (right) next to the terminal | INROS LACKNER SE | www.inros-lackner.de
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Passenger Terminal for Cruise Ships | Cruise Center 8 in Warnemünde, Germany | Massive service building (right) next to the terminal | INROS LACKNER SE | www.inros-lackner.de
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Passenger Terminal for Cruise Ships | Cruise Center 8 in Warnemünde, Germany | Water Side View | INROS LACKNER SE | www.inros-lackner.de
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RSTAB structural model | Passenger Terminal for Cruise Ships | Cruise Center 8 in Warnemünde, Germany | INROS LACKNER SE | www.inros-lackner.de
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Passenger Terminal for Cruise Ships | Cruise Center 8 in Warnemünde, Germany | INROS LACKNER SE | www.inros-lackner.de
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Warnemünde Cruise Center 8 3D Model in RSTAB (© INROS LACKNER SE)
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Passenger Terminal for Cruise Ships | Cruise Center 8 in Warnemünde, Germany | Water Side View | INROS LACKNER SE | www.inros-lackner.de
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Passenger Terminal for Cruise Ships | Cruise Center 8 in Warnemünde, Germany | INROS LACKNER SE | www.inros-lackner.de
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Passenger Terminal for Cruise Ships | Cruise Center 8 in Warnemünde, Germany | Massive service building (right) next to the terminal | INROS LACKNER SE | www.inros-lackner.de
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RSTAB structural model | Passenger Terminal for Cruise Ships | Cruise Center 8 in Warnemünde, Germany | INROS LACKNER SE | www.inros-lackner.de
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Passenger Terminal for Cruise Ships | Cruise Center 8 in Warnemünde, Germany | INROS LACKNER SE | www.inros-lackner.de
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Warnemünde Cruise Center 8 3D Model in RSTAB (© INROS LACKNER SE)
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RSTAB structural model | Passenger Terminal for Cruise Ships | Cruise Center 8 in Warnemünde, Germany | INROS LACKNER SE | www.inros-lackner.de
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Passenger Terminal for Cruise Ships | Cruise Center 8 in Warnemünde, Germany | INROS LACKNER SE | www.inros-lackner.de
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Passenger Terminal for Cruise Ships | Cruise Center 8 in Warnemünde, Germany | Massive service building (right) next to the terminal | INROS LACKNER SE | www.inros-lackner.de
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04
Passenger Terminal for Cruise Ships | Cruise Center 8 in Warnemünde, Germany | Water Side View | INROS LACKNER SE | www.inros-lackner.de
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04
Passenger Terminal for Cruise Ships | Cruise Center 8 in Warnemünde, Germany | INROS LACKNER SE | www.inros-lackner.de
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04
Warnemünde Cruise Center 8 3D Model in RSTAB (© INROS LACKNER SE)
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05
Passenger Terminal for Cruise Ships | Cruise Center 8 in Warnemünde, Germany | INROS LACKNER SE | www.inros-lackner.de
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05
Passenger Terminal for Cruise Ships | Cruise Center 8 in Warnemünde, Germany | INROS LACKNER SE | www.inros-lackner.de
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05
Passenger Terminal for Cruise Ships | Cruise Center 8 in Warnemünde, Germany | Massive service building (right) next to the terminal | INROS LACKNER SE | www.inros-lackner.de
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05
Passenger Terminal for Cruise Ships | Cruise Center 8 in Warnemünde, Germany | Water Side View | INROS LACKNER SE | www.inros-lackner.de
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05
RSTAB structural model | Passenger Terminal for Cruise Ships | Cruise Center 8 in Warnemünde, Germany | INROS LACKNER SE | www.inros-lackner.de
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Warnemünde Cruise Center 8 3D Model in RSTAB (© INROS LACKNER SE)
In addition to the cruise terminal located at Berth 7, a second cruise ship check-in terminal was constructed in Warnemünde. There are occasions when three ships may call at the same time.
| Investor |
ROSTOCK PORT GmbH www.rostock-port.de |
| Architect |
BASTMANN + ZAVRACKY BDA ARCHITEKTEN GMBH www.bz-architekten.de |
| Structural Analysis |
INROS LACKNER SE www.inros-lackner.de |
Model parameters
Model
INROS LACKNER SE was contracted for the structural design of the new building. The framework program RSTAB was used for the calculation of the 3D model.Structure
The new terminal is a four-sided, transparent filigree structure which includes passport, customs, and ticketing facilities. On the land side, solid box structures for building services and restroom facilities were constructed.The primary supporting structure is formed by V-shaped tubular steel columns on which trusses made of I-sections rest. Due to poor soil conditions in the port area, the columns are further supported on piles.
In addition to the check-in hall, there is a large service building for baggage handling as well as customs, police, and port personnel. The roof of the glazed terminal building extends over the massive terminal building as a narrow roof rim, but has no structural connection with it.
With the trapezoidal building shape, the architect has additionally provided the terminal wharf.
Project Location
Am Passagierkai, Liegeplatz 818119 Rostock, Germany
Keywords
Cruise terminal steel building Terminal Building
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SHAPE-THIN determines the effective cross-sections according to EN 1993-1-3 and EN 1993-1-5 for cold-formed sections. You can optionally check the geometric conditions for the applicability of the standard specified in EN 1993‑1‑3, Section 5.2.
The effects of local plate buckling are considered according to the method of reduced widths and the possible buckling of stiffeners (instability) is considered for stiffened sections according to EN 1993-1-3, Section 5.5.
As an option, you can perform an iterative calculation to optimize the effective cross-section.
You can display the effective cross-sections graphically.
Read more about designing cold-formed sections with SHAPE-THIN and RF-/STEEL Cold-Formed Sections in this technical article: Design of a Thin-Walled, Cold-Formed C-Section According to EN 1993-1-3.
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