In the field of construction engineering,foundation engineering plays a critical role.In actual construction,we must first effectively regulate the foundation construction to ensure the safety and stability of the ent...In the field of construction engineering,foundation engineering plays a critical role.In actual construction,we must first effectively regulate the foundation construction to ensure the safety and stability of the entire building in order to improve the overall quality of the project.It's also important to look into the technologies that go into building foundations.The construction technology and reinforcing technology of building foundations are examined in this study as a reference.展开更多
High-intensity earthquakes can cause severe damage to bridges,buildings,and ground surfaces,as well as disrupt human activities.Such earthquakes can create long-distance,high-intensity surface movements that negativel...High-intensity earthquakes can cause severe damage to bridges,buildings,and ground surfaces,as well as disrupt human activities.Such earthquakes can create long-distance,high-intensity surface movements that negatively impact bridge structures.This article delves into the seismic reduction and isolation design strategies for bridges in high-intensity earthquake areas.It analyzes various seismic reduction and isolation technologies and provides case studies to help relevant units understand the design strategies of these technologies.The results of this article can be used as a guideline to effectively enhance the seismic performance of bridges in high-intensity earthquake areas.展开更多
文摘In the field of construction engineering,foundation engineering plays a critical role.In actual construction,we must first effectively regulate the foundation construction to ensure the safety and stability of the entire building in order to improve the overall quality of the project.It's also important to look into the technologies that go into building foundations.The construction technology and reinforcing technology of building foundations are examined in this study as a reference.
文摘High-intensity earthquakes can cause severe damage to bridges,buildings,and ground surfaces,as well as disrupt human activities.Such earthquakes can create long-distance,high-intensity surface movements that negatively impact bridge structures.This article delves into the seismic reduction and isolation design strategies for bridges in high-intensity earthquake areas.It analyzes various seismic reduction and isolation technologies and provides case studies to help relevant units understand the design strategies of these technologies.The results of this article can be used as a guideline to effectively enhance the seismic performance of bridges in high-intensity earthquake areas.
