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A platform for research: civil engineering, architecture and urbanism
Design process of cone-shaped separation type lock catch type raft foundation vibration isolation uplift pile
The invention provides a design process of a cone-shaped separation type lock catch type raft foundation vibration isolation uplift pile. The design process is characterized by comprising the steps that an uplift pile (10) with a cone-shaped constraint end is poured in advance; the uplift pile (10) is coated with a vibration isolation material layer (20); a form (30) is pre-buried outside the vibration isolation material layer (20); and a raft foundation (40) is formed by pouring concrete so as to cover the uplift piles (10) with the conical constraint ends. According to the process, a raft foundation vibration isolation system with the anti-pulling and vibration isolation capacities is achieved, the process is mature and reliable, and the anti-pulling and vibration isolation problem of a buoyant raft structure is effectively solved.
本发明提供了一种锥状分离型锁扣式筏板基础隔振抗拔桩设计工艺，其特征在于，包括：预先浇筑带有锥状约束端头的抗拔桩(10)；在抗拔桩(10)上包覆隔振材料层(20)；在隔振材料层(20)外预埋模板(30)；以及通过浇筑混凝土形成筏板基础(40)，以覆盖带有锥状约束端头的抗拔桩(10)。本发明工艺实现兼具抗拔与隔振能力的筏板基础隔振系统，工艺成熟可靠，有效的解决受浮力筏板结构抗拔的隔振问题。
Design process of cone-shaped separation type lock catch type raft foundation vibration isolation uplift pile
The invention provides a design process of a cone-shaped separation type lock catch type raft foundation vibration isolation uplift pile. The design process is characterized by comprising the steps that an uplift pile (10) with a cone-shaped constraint end is poured in advance; the uplift pile (10) is coated with a vibration isolation material layer (20); a form (30) is pre-buried outside the vibration isolation material layer (20); and a raft foundation (40) is formed by pouring concrete so as to cover the uplift piles (10) with the conical constraint ends. According to the process, a raft foundation vibration isolation system with the anti-pulling and vibration isolation capacities is achieved, the process is mature and reliable, and the anti-pulling and vibration isolation problem of a buoyant raft structure is effectively solved.
本发明提供了一种锥状分离型锁扣式筏板基础隔振抗拔桩设计工艺，其特征在于，包括：预先浇筑带有锥状约束端头的抗拔桩(10)；在抗拔桩(10)上包覆隔振材料层(20)；在隔振材料层(20)外预埋模板(30)；以及通过浇筑混凝土形成筏板基础(40)，以覆盖带有锥状约束端头的抗拔桩(10)。本发明工艺实现兼具抗拔与隔振能力的筏板基础隔振系统，工艺成熟可靠，有效的解决受浮力筏板结构抗拔的隔振问题。
Design process of cone-shaped separation type lock catch type raft foundation vibration isolation uplift pile
锥状分离型锁扣式筏板基础隔振抗拔桩设计工艺
HU MINGYI (author) / CHEN ERLONG (author) / DU LINLIN (author) / CUI KAIQIANG (author) / CHEN ZHE (author) / WANG XUANYU (author) / QIN JINGWEI (author) / LAN RIQING (author)
2021-06-22
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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