Active underpinning for urban renewal application image
Engineering Service
Active Underpinning for Urban Renewal
城市更新主动托换工程
Active underpinning services for existing buildings requiring support adjustment or underground space development.
面向既有建筑支承体系调整和地下空间开发需求的主动托换工程服务。
Supplied by Shanghai Evolution Building Shift Engineering Co., Ltd.
Overview
Service overview
We provide active underpinning engineering services for urban renewal projects involving existing buildings. The service is intended for scenarios where the original structural support system needs to be adjusted, strengthened, transferred, or coordinated with underground space development.
Active underpinning requires careful analysis of load transfer, temporary support, construction sequencing, monitoring, and risk control. Our approach emphasizes safe structural transition and controlled construction execution.
我们为涉及既有建筑的城市更新项目提供主动托换工程服务，适用于原有结构支承体系需要调整、加固、转换或与地下空间开发协同实施的场景。
主动托换工程需要重点分析荷载转换、临时支撑、施工顺序、监测和风险控制。技术实施强调结构转换过程的安全性和施工过程的受控性。
Scope
Service scope
Key components that may be provided for relevant engineering scenarios.
- Load-transfer-oriented engineering service
- Temporary support and underpinning planning
- Structural reinforcement coordination
- Monitoring during construction
- Suitable for complex existing-building renovation scenarios
- 面向荷载转换的工程服务
- 临时支撑与托换方案策划
- 与结构加固协同实施
- 施工过程监测
- 适用于复杂既有建筑改造场景
Scenarios
Applicable project scenarios
Typical project conditions where this offering may be relevant.
- Urban renewal projects
- Existing building renovation
- Underground space addition
- Foundation reinforcement and support transfer
- Structural support system adjustment
- 城市更新项目
- 既有建筑改造
- 地下空间增设
- 基础加固与支承转换
- 结构支承体系调整
Technical Information
Technical parameters
Technical approach
- The underpinning scheme is developed through structural assessment, foundation condition review, and load-transfer analysis.
- Temporary support, staged construction, reinforcement coordination, and monitoring are integrated to support controlled structural transition.
- Project-specific load paths, construction sequence, and risk-control measures should be determined through design and site verification.
Key control items
- Load transfer safety and temporary support stability.
- Foundation reinforcement and interface treatment.
- Construction sequencing and deformation control.
- Monitoring and risk response during structural transition.
技术参数
技术实施要点
- 托换方案应通过结构评估、基础条件复核和荷载转换分析确定。
- 临时支撑、分阶段施工、加固协同和施工监测应统筹实施，以支持受控结构转换。
- 具体荷载路径、施工顺序和风险控制措施应结合设计和现场核验确定。
重点控制内容
- 荷载转换安全和临时支撑稳定性。
- 基础加固与界面处理。
- 施工顺序和变形控制。
- 结构转换过程中的监测与风险响应。
Supplier Offerings
Other offerings from this supplier
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Building Repositioning Engineering
建筑物移位工程
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建筑与桥梁顶升工程
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建筑纠偏与结构加固工程
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