Modeling of aerodynamic impacts on installations

Simulation of wind impacts on high-rise buildings is a primary engineering objective, due to the fact that such analysis shows the stability resource, dynamics, structural scheme and materials consumption of the buildings. For example, aerodynamic optimization of the outer shape of Taipei 101 tower (Taiwan) with respect to wind rose to allow a decrease design bending moment by 30% and save several hundred million dollars. Wind pressures on façade structures define their strength and durability. Resonance phenomena caused by wind are very important for large-span structures and bridges. Methods of aerodynamic optimization of buildings cover forms allow mitigation snow and wind loads.

Issues we solve:

• Climatic analysis of the area and finding design speed of wind

• Wind loads on installations

• Peak pressures on façade structures

• Wind resonance phenomena and galloping

• Aerodynamics and aeroelasticity of bridges

• Aerodynamic impact of high-speed train on infrastructure

• Snow loads on roofing and snow transfer

Fig. 1-2. Pressure fields and vorticities for launching nose of designed river over river Vitim near town of Bodaibo at the stage of launching. Multy-optional selection of form for nose cone enabled to decrease amplitude of vertical deflections five times

Alcon Multifunctional Building 07.05.2015

Address: Leningradsky Av., est. 34
Total area: 17 500 m2
Location: Moscow
Spectrum Services: Spectrum R&D / Modeling of aerodynamic impacts on installations

Novorossiysk Retail Park 07.05.2015

Address: Novorossiysk
Total area: 24 000 m2
Location: Southern region
Spectrum Services: Spectrum R&D / Modeling of aerodynamic impacts on installations

Evropeysky Mixed-use Complex 07.05.2015

Address: Novosibirsk
Location: Siberia
Spectrum Services: Spectrum R&D / Modeling of aerodynamic impacts on installations

Sky Сity 07.05.2015

Address: Bochkova str., est.11а
Location: Moscow
Spectrum Services: Spectrum R&D / Modeling of aerodynamic impacts on installations

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