Structural design methods for super high-rise reinforced concrete buildings using ultra-high strength materials.
Structural design method for super high-rise reinforced concrete buildings using ultra-high-strength materials.
Structural Design Method for Super High-Rise Reinforced Concrete Buildings Using Ultra-High Strength Materials 【Features】 ○ When constructing super high-rise buildings in reinforced concrete (RC) rather than steel-reinforced concrete (SRC), it is possible to achieve approximately a 10% cost reduction in the structural framework compared to SRC. ○ By utilizing precast components for columns, beams, floors, balconies, etc., and adopting a rational formwork system, it is possible to shorten the construction period by about 10% compared to SRC. ○ The use of high-strength concrete and high-strength rebar allows for longer spans and reduced cross-sections of components, enabling the creation of highly flexible spaces. ○ Adopting a ductile reinforced concrete structure improves seismic resistance. ● For other functions and details, please contact us.
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Structural Design Method for Super High-Rise Reinforced Concrete Buildings Using Ultra-High Strength Materials 【Features】 ○ When constructing super high-rise buildings in reinforced concrete (RC) rather than steel-reinforced concrete (SRC), a cost reduction of about 10% can be achieved in the structural framework compared to SRC. ○ By using precast components for columns, beams, floors, balconies, etc., and adopting a rational formwork system, a construction period reduction of about 10% can be achieved compared to SRC. ○ The use of high-strength concrete and high-strength rebar allows for longer spans and reduced cross-sections of components, creating highly flexible spaces. ○ Adopting a ductile reinforced concrete structure improves seismic resistance. ● For other functions and details, please contact us.
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Applications/Examples of results
【Uses】 ○Seismic construction ○Skyscrapers
Company information
Our company was established in 1908 to develop industrial land with port functions in Tsurumi, Kanagawa Prefecture. The dredging and reclamation technologies cultivated through this project have further developed and continue to be the core of our business today. Subsequently, we expanded into civil engineering and construction projects on land, contributing to infrastructure development and industrial foundation building not only in Japan but also globally. In the construction business, we handle public facilities, condominiums, warehouses and logistics facilities, as well as medical and welfare facilities, establishing our position as a comprehensive construction company.
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