91.120.25 地震和防振 标准查询与下载

DB/T 66-2016 地震编目规范

Earthquake Cataloging Specification

DB/T 65-2016 1:50 000活动断层填图数据库规范

1:50 000 active fault mapping database specification

DB21/T 2685-2016 地震安全示范社区评定指南

Guidelines for the Assessment of Earthquake Safety Demonstration Communities

DB21/T 2692-2016 中小学防震减灾科普示范学校评定指南

Guidelines for the Evaluation of Demonstration Schools for Popular Science of Earthquake Prevention and Disaster Mitigation in Primary and Secondary Schools

DIN 4150-3:2016 建筑物振动.第3部分:对建筑物结构的影响

Vibrations in buildings - Part 3: Effects on structures

DB51/T 2245-2016 四川省专用地震监测台网建设技术规范

本标准规定了专用地震监测台网设计、建设和运行的技术要求。 本标准适用于四川省行政区域内专用地震监测台网的设计、建设和运行。

Technical specifications for the construction of special earthquake monitoring network in Sichuan Province

DB23/T 1771-2016 黑龙江省市政基础设施工程资料规程

Heilongjiang Provincial Municipal Infrastructure Engineering Data Regulations

DB23/T 1770-2016 农村房屋建筑抗震设计技术规程

Technical code for seismic design of rural buildings

YJ/T 8-2016 地震灾害紧急救援队队员训练指南

Training Guide for Earthquake Disaster Emergency Rescue Team Members

DB/T 63-2016 地震灾害紧急救援队队员训练指南

Training Guide for Earthquake Disaster Emergency Rescue Team Members

ASTM E2026-16 估测地震中建筑物损伤性的标准指南

4.1 Uses—This Guide is intended for use on a voluntary basis by parties such as lenders, loan servicers, insurers and equity investors in real estate (Users) who wish to estimate possible earthquake losses to buildings. This guide outlines procedures for conducting a seismic risk assessment for a specific User considering the User's requirements for due diligence. The specific purpose of this guide is to provide Users with seismic risk assessment during the anticipated term for holding either the mortgage or the deed. A seismic risk assessment prepared in accordance with this guide should reference or state that the guidance in this document was used as a basis for the report and should also identify any deviations from the guidelines. This guide is intended to reflect a commercially prudent and reasonable investigation for performance of seismic risk assessments. 4.1.1 Users—This Guide is designed to assist the User in developing information about the earthquake-related damage potential of a building, or groups of buildings. 4.1.1.1 Use of this guide may permit a User to satisfy, in part, their requirements for due diligence in assessing a building’s potential for losses associated with earthquakes for real estate transactions. 4.1.2 Types of Investigations—This guide provides suggested approaches for the performance of five different types of assessments. Each is intended to serve different financial and management needs of the User. Several of these types of assessment specifically depend on characterization of the earthquake ground motion as given in Section 7. 4.1.2.1 Building Stability (BS)—Assessment of whether the building will maintain vertical load-carrying capacity in whole or in part during considered earthquake ground motions (see Section 8). 4.1.2.2 Site Stability (SS)—Assessment of the likelihood that the site will remain stable in earthquakes and is not subject to failure through faulting, soil liquefaction, landslide, or other site response that may threaten the building's stability or cause significant damage (see Section 9). 4.1.2.3 Building Damageability (BD)—Assessment of the damageability of the building(s) during earthquake ground motions and the degree of damage expected over time. The assessment includes performing and completing the building damageability assessment as either a probable loss (PL) or a scenario loss (SL) assessment, or both (see Section 10). 4.1.2.4 Contents Damageability (CD)—Assessment of the damageability of the contents to earthquake ground motions. This guide suggests that the contents damageability assessment be performed using the SL assessment approach (see Section 11).

Standard Guide for Seismic Risk Assessment of Buildings

GOST R ISO 10137-2016 结构设计基础. 建筑物抗振可靠性

Bases for design of structures. Serviceability of buildings against vibrations

ASTM E2026-16a 建筑物的地震危险性评估的标准指南

4.1 Uses—This Guide is intended for use on a voluntary basis by parties such as lenders, loan servicers, insurers and equity investors in real estate (Users) who wish to estimate possible earthquake losses to buildings. This guide outlines procedures for conducting a seismic risk assessment for a specific User considering the User's requirements for due diligence. The specific purpose of this guide is to provide Users with seismic risk assessment during the anticipated term for holding either the mortgage or the deed. A seismic risk assessment prepared in accordance with this guide should reference or state that the guidance in this document was used as a basis for the report and should also identify any deviations from the guidelines. This guide is intended to reflect a commercially prudent and reasonable investigation for performance of seismic risk assessments. 4.1.1 Users—This Guide is designed to assist the User in developing information about the earthquake-related damage potential of a building, or groups of buildings. 4.1.1.1 Use of this guide may permit a User to satisfy, in part, their requirements for due diligence in assessing a building’s potential for losses associated with earthquakes for real estate transactions. 4.1.2 Types of Investigations—This guide provides suggested approaches for the performance of five different types of assessments. Each is intended to serve different financial and management needs of the User. Several of these types of assessment specifically depend on characterization of the earthquake ground motion as given in Section 7. 4.1.2.1 Building Stability (BS)—Assessment of whether the building will maintain vertical load-carrying capacity in whole or in part during considered earthquake ground motions (see Section 8). 4.1.2.2 Site Stability (SS)—Assessment of the likelihood that the site will remain stable in earthquakes and is not subject to failure through faulting, soil liquefaction, landslide, or other site response that may threaten the building's stability or cause significant damage (see Section 9). 4.1.2.3 Building Damageability (BD)—Assessment of the damageability of the building(s) during earthquake ground motions and the degree of damage expected over time. The assessment includes performing and completing the building damageability assessment as either a probable loss (PL) or a scenario loss (SL) assessment, or both (see Section 10). 4.1.2.4 Contents Damageability (CD)—Assessment of the damageability of the contents to earthquake ground motions. This guide suggests that the contents damageability assessment be performed using the SL assessment approach (see Section 11).

Standard Guide for Seismic Risk Assessment of Buildings

GSO ISO 13033:2015 结构设计规则 载荷、力和其他影响 建筑用途中非结构部件的地震影响

  Scope is not provided for this standard

Bases for design of structures -- Loads, forces and other actions -- Seismic actions on nonstructural components for building applications

GSO ISO/TS 22762-4:2015 柔性振动防护隔离器 第4部分：ISO 22762-3应用指南

  Scope is not provided for this standard

Elastomeric seismic-protection isolators -- Part 4: Guidance on the application of ISO 22762-3

GSO ISO 22762-3:2015 弹性体抗震隔离器 第3部分：建筑物应用 规格

  Scope is not provided for this standard

Elastomeric seismic-protection isolators -- Part 3: Applications for buildings -- Specifications

DB61/T 985-2015 中小学防震减灾示范学校评价指南

本标准适用于陕西省境内注册的中小学校防震减灾师范学校的评价工作，幼儿园或者其他类似学校也可以参照执行

Guidelines for the Evaluation of Model Schools for Earthquake Prevention and Disaster Mitigation in Primary and Secondary Schools

DB61/T 984-2015 应急避难场所 场址及配套设施

本标准适用于经城乡规划选定为应急避难所的设计、建设或改造

Sites and supporting facilities of emergency shelters

DB/T 61-2015 地震监测预报专业标准体系表

Professional standard system table for earthquake monitoring and forecasting

DB/T 5-2015 地震水准测量规范

Specifications for Seismic Leveling