ISO 3010-2017 PDF

Full title and description

St ISO 3010-2017 — Bases for design of structures — Seismic actions on structures. This International Standard gives principles and general rules for the assessment and representation of seismic actions on structures (including superstructure and foundations) and guidance on their application to the design of new engineered structures; it also indicates where simplified procedures may be used and where the standard is not applicable.

Abstract

ISO 3010:2017 provides a framework for determining seismic actions to be considered in structural design. It defines seismic parameters, representation of seismic actions (e.g., design spectra, equivalent static forces and response-history considerations), importance and behaviour factors, and limitations where the standard does not apply (for example certain bridges, dams, geotechnical works, tunnels and nuclear power plants). The document is intended as a source for national or regional design codes rather than a legally binding code itself.

General information

• Status: Published (Edition 3) — confirmed at last review.
• Publication date: March 2017.
• Publisher: International Organization for Standardization (ISO).
• ICS / categories: 91.080.01; 91.120.25.
• Edition / version: Edition 3 (2017).
• Number of pages: 60.

General information above is taken from the ISO bibliographic record for ISO 3010:2017.

Scope

ISO 3010:2017 covers principles for assessing seismic actions on buildings and other self‑supporting structures carrying gravity loads; it addresses both superstructure and foundation effects. The standard notes explicit exclusions and limitations of applicability (for example bridges, large dams, complex geotechnical works, tunnels and nuclear facilities are generally excluded, although some principles may be referenced for those structures). It also indicates where simplified structural‑integrity approaches may be acceptable in regions of low seismic hazard.

Key topics and requirements

• Definition and representation of seismic actions: design and response spectra, equivalent static forces and dynamic analysis approaches.
• Determination of seismic parameters and seismic hazard inputs for design.
• Classification of structures, importance (safety) factors and behaviour (ductility) factors for seismic design.
• Consideration of foundation and site effects on seismic action.
• Guidance on simplified procedures and limitations of the standard (structures or facilities to which it does not apply).
• Use as a source document for national/regional codes rather than as a prescriptive legal code.

Typical use and users

Practising structural and geotechnical engineers, seismic design specialists, code developers and regulatory authorities use ISO 3010 as a reference for establishing or harmonizing seismic action definitions and design principles. It is also used by consultants, academic researchers and standards committees when developing or comparing national/regional seismic design codes.

Related standards

ISO 3010:2017 replaces earlier editions of ISO 3010 (for example ISO 3010:2001 was withdrawn). A work item to revise ISO 3010 (ISO/AWI 3010) is in development to produce the next edition. In practice, ISO 3010 is used alongside national and regional seismic design codes and standards (for example Eurocode 8, ASCE 7 and various national regulations) when setting specific design procedures and parameters for projects.

Keywords

seismic actions, earthquake loading, design spectrum, response spectrum, equivalent static force, base shear, importance factor, behaviour factor, site effects, structural design, ISO 3010

FAQ

Q: What is this standard?

A: ISO 3010:2017 is an International Standard titled "Bases for design of structures — Seismic actions on structures" that provides principles and general rules for assessing seismic actions used in structural design.

Q: What does it cover?

A: It covers representation of seismic actions (design and response spectra, equivalent static forces and dynamic approaches), seismic parameters, classification and factor provisions, site and foundation considerations, and guidance on where simplified procedures or exemptions apply.

Q: Who typically uses it?

A: Structural and geotechnical engineers, seismic specialists, standards committees, regulators and code authors who need a consistent, internationally referenced basis for defining seismic actions.

Q: Is it current or superseded?

A: ISO 3010:2017 is the current published edition (Edition 3, March 2017) and was confirmed in its review cycle; a revision project (ISO/AWI 3010) is in progress to develop a future edition, so users should check for updates when preparing formal designs.

Q: Is it part of a series?

A: It is maintained by ISO/TC 98/SC 3 and continues a series of ISO documents addressing seismic actions and structural design; the 2017 edition replaces earlier versions such as ISO 3010:2001.

Q: What are the key keywords?

A: Seismic actions, seismic design, earthquake loading, design spectrum, response spectrum, base shear, importance factor, behaviour factor, site effects, structural design.