Titlebook: Earthquake Disaster Simulation of Civil Infrastructures; From Tall Buildings Xinzheng Lu,Hong Guan Book 2021Latest edition Science Press

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松雞

https://doi.org/10.1007/978-90-481-3702-2 element model, and so forth), followed by model validation against published experimental results. Subsequently, graphics processing unit (GPU)-based high performance matrix solvers in conjunction with physics engine-based high-performance visualization techniques are proposed, with which the proce

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辮子帶來(lái)幫助

Deregulation and Change in the 1980s,eased demand on seismically resilient tall buildings. It details the structural performance and seismic resilience of typical concrete and steel tall buildings designed based on the Chinese and US codes, using the computational models developed in previous chapters and the new generation performance

Conflagration

International Financial Institutions,eliminary design phase. Therefore, simplified models are proposed in this chapter, which can greatly reduce the modeling and computational cost without compromising desired accuracy. The simplified models can be used for preliminary design and selection of the most appropriate structural type for a

記成螞蟻

Restoration to Revolution, 1815–48ortant landmarks of a modern city, the progressive collapse prevention of the secondary frames of the buildings is also frequently required in addition to the seismic design requirement. To overcome the conflict between the design principles of seismic design and progressive collapse design, novel m

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人造

Albert J. Bredenoord,André Smout,Jan Tack, this chapter presents the building-level and component-level seismic loss estimation methods. To solve data acquisition challenges in seismic loss prediction, various loss estimation methods using detailed investigation data, building information model (BIM), and/or geographic information system (

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https://doi.org/10.1007/978-3-031-06041-0sional stakeholders and users. With this in mind, 2.5D, 3D, and photo-realistic visualization models are proposed in this chapter to enhance visualization capabilities of urban building seismic simulation outcomes. In addition, collapse simulation of urban buildings is achieved through physics engin

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