BS 8500-1:2015+A2:2019
$215.11
Concrete. Complementary British Standard to BS EN 206 – Method of specifying and guidance for the specifier
Published By | Publication Date | Number of Pages |
BSI | 2019 | 72 |
This part of BS 8500 describes methods of specifying concrete and gives guidance for the specifier.
Annex A of this British Standard provides guidance on the concrete quality to be specified for selected exposure classes, intended working life and nominal cover to normal reinforcement. It does not give guidance on stainless steel and non‑metallic reinforcement. Guidance on nominal cover to reinforcement for structural and fire consideration is available in other publications, e.g. structural design codes of practice.
This part of BS 8500 complements BS EN 206. It provides United Kingdom national provisions where required or permitted by BS EN 206. It also covers materials, methods of testing and procedures that are outside the scope of BS EN 206, but within national experience.
PDF Catalog
PDF Pages | PDF Title |
---|---|
5 | Foreword |
7 | Introduction |
9 | 1 Scope 2 Normative references |
10 | 3 Terms, definitions, symbols and abbreviations |
13 | 4 Method of specifying |
20 | 5 Exchange of information |
22 | Annex A (informative) Guidance for the specifier |
24 | Table A.1 — Exposure classes |
27 | Table A.2 — Aggressive chemical environment for concrete (ACEC) exposure classes |
32 | Table A.3 — Typical reinforced concrete applications in buildings (intended working life at least 50 years) for designated concretes |
35 | Table A.4 — DurabilityA) recommendations for reinforced or prestressed elements with an intended working life of at least 50 years |
39 | Table A.5 — DurabilityA) recommendations for reinforced or prestressed elements with an intended working life of at least 100 years |
42 | Table A.6 — Cement and combination typesA) |
44 | Table A.7 — Minimum cement and combination contents with maximum aggregate sizes other than 20 mm |
45 | Table A.8 — Recommended chloride classes for concrete containing steel reinforcement or high tensile steel wire or strand for prestressing |
46 | Table A.9 — Limiting values for composition and properties of concrete to resist freezing and thawing (XF exposures) |
47 | Table A.10 — Selection of the nominal cover and DC‑class or designated concrete and APM for in‑situ concrete elementsA) in contact with the ground where the hydraulic gradient due to groundwater is five or lessB)C)D) |
48 | Table A.11 — Additional protective measures (APMs) |
49 | Table A.12 — Limiting values of composition and properties for concrete where a DC‑class is specified |
50 | Table A.13 — Limiting values of composition for unreinforced concrete in contact with sea water (exposure class XAS) |
52 | Table A.14 — Guidance on the selection of designated and standardized prescribed concrete in housing and other applications |
54 | Table A.15 — Summary of requirements for designated concretesA) |
55 | Table A.16 — Summary of requirements for designated cement‑bound concrete |
56 | Table A.17 — Standardized prescribed concretes and indicative strengths |
57 | Table A.18 — Consistence suitable for different uses of in‑situ concrete |
65 | Annex B (normative) Identity testing for slump, flow, slump‑flow, air content, density and additional requirements for compressive strength |
66 | Table B.1 — Identity criteria for slump specified as a slump class Table B.2 — Identity criteria for slump specified as a target value Table B.3 — Identity criteria for flow specified as a flow class |
67 | Table B.4 — Identity criteria for flow specified as a target value Table B.5 — Identity criteria for slump‑flow specified as a slump‑flow class Table B.6 — Identity criteria for slump‑flow specified as a target value |
69 | Annex C (informative) Expected cement or combination content with nominal proportions |
70 | Table C.1 — Target cement or combination contents for nominal proportions |
71 | Bibliography |