SP 41.13330.2012 PDF

Full title and description

SP 41.13330.2012 — Concrete and reinforced concrete hydraulic structures. This set of rules (Свод правил) establishes design, material and construction requirements for concrete and reinforced concrete elements of hydraulic engineering structures, including requirements for concrete class, frost resistance, water‑tightness, durability, jointing, reinforcement and special measures for structures exposed to aggressive and erosive water environments. The document is supplied with Amendment No.1.

Abstract

SP 41.13330.2012 provides normative requirements and practical guidance for the design, calculation and execution of concrete and reinforced‑concrete components of hydraulic structures (weirs, spillways, retaining structures, sluices, canal linings, river training works and similar). It covers selection of concrete classes and additives, criteria for frost resistance and watertightness, rules for joints and connections, recommendations for handling cavitation and abrasion, and provisions for prestressed and lightweight concretes where appropriate. The standard integrates current references to related GOSTs and other SP documents and includes a technical amendment to update several provisions.

General information

• Status: Active (with Amendment No. 1).
• Publication date: January 1, 2013 (SP 41.13330.2012); Amendment No. 1 published 2018.
• Publisher: Ministry of Construction, Housing and Utilities of the Russian Federation (Минстрой России).
• ICS / categories: OKC/ICS 93.160 (hydraulic engineering / hydraulic structures); national category: SP (Свод правил).
• Edition / version: Original edition SP 41.13330.2012; includes Изменение (Amendment) No.1 (2018).
• Number of pages: 72 pages (standard text).

Scope

This standard applies to the design, calculation and construction of concrete and reinforced‑concrete structures for hydraulic engineering works. It is intended for use on a wide range of hydraulic facilities—including non‑pressurized and pressurized elements of dams, weirs, sluices, retaining walls, channel linings, quay and shore protection works—where concrete elements are exposed to hydrostatic and hydrodynamic actions, freeze–thaw cycles, chemically aggressive waters and mechanical abrasion or cavitation. The scope excludes detailed requirements that are covered by other SPs where explicitly referenced; designers must also follow referenced GOSTs and sector rules cited in the document.

Key topics and requirements

• Classification of hydraulic structures and assignment of design actions (hydrostatic, hydrodynamic, ice, sediment and seismic loads).
• Selection of concrete class and strength (compressive classes), frost resistance (F) and water‑tightness (W) according to exposure and gradient of head.
• Requirements for reinforcement, anchorage, prestressing and crack control for tensile and flexural zones.
• Rules for joints, sealing, grouting and monolithic connections to ensure watertightness and durability.
• Design provisions for abrasion and cavitation resistance; minimum concrete grades and protective measures where erosion/cavitation occur.
• Material requirements including admixtures, surface‑active additives and fine mineral fillers to enhance durability and impermeability.
• Guidance on lightweight and prestressed concretes for weight reduction and special structural demands, when economically justified.
• Durability design provisions for structures in aggressive environments, including corrosion protection and choice of protective systems.
• Testing, inspection and acceptance criteria for concrete works in hydraulic conditions.

Typical use and users

Primary users are civil and hydraulic engineers, designers and construction organizations engaged in the planning, design and erection of hydraulic structures (dams, spillways, sluices, channels, quay walls, hydraulic retaining structures). The standard is also used by materials engineers, quality control and site inspection teams, regulatory authorities reviewing design documentation, and researchers developing durable concrete solutions for water‑exposed applications.

Related standards

Commonly referenced documents include other Russian SPs and national standards governing concrete, reinforcement and hydraulic works — for example SP 40.13330 (concrete dams and major hydraulic works), SP 28.13330 (protection of structures from corrosion), relevant GOSTs for concrete and precast products (for example GOST 13015 series and other material GOSTs), and sectoral norms on testing and quality control. Designers should consult the normative references listed in SP 41.13330.2012 and its amendment for the complete set.

Keywords

concrete; reinforced concrete; hydraulic structures; water‑tightness; frost resistance; durability; cavitation; abrasion; prestressed concrete; joints; concrete classes; admixtures.

FAQ

Q: What is this standard?

A: SP 41.13330.2012 is a Russian "Svod pravil" (set of rules) that establishes design and construction requirements for concrete and reinforced‑concrete hydraulic structures. It defines material, structural and durability requirements specific to hydraulic environments.

Q: What does it cover?

A: It covers classification of hydraulic actions, concrete strength and serviceability classes, frost and watertightness requirements, reinforcement and prestressing rules, jointing and sealing, measures against cavitation and abrasion, use of admixtures and special concretes, and inspection and acceptance criteria for hydraulic concrete works.

Q: Who typically uses it?

A: Hydraulic and civil engineers, design institutes, construction contractors, material specialists, site inspectors and regulatory reviewers working on dams, spillways, sluices, channel linings, quay walls and related water‑retaining or water‑exposed concrete structures.

Q: Is it current or superseded?

A: The base document was issued for application on January 1, 2013 (SP 41.13330.2012) and has at least one published amendment (Amendment No.1, 2018). Users should confirm they are using the edition that includes the amendment and check with the national authority or their standards supplier for any later revisions or updates before applying the rules.

Q: Is it part of a series?

A: Yes. SP 41.13330.2012 is part of the Russian set of SP documents covering structural design and construction (the SP series for building and civil engineering). It is closely connected with other SPs addressing dams, corrosion protection, concrete structures and foundation design; cross‑references are provided in the standard.

Q: What are the key keywords?

A: Concrete, reinforced concrete, hydraulic structures, impermeability (W), frost resistance (F), durability, cavitation, abrasion, joints, prestressed concrete.