1、S367-12Air-, cable-, and frame-supported membrane structuresLegal Notice for StandardsCanadian Standards Association (CSA) standards are developed through a consensus standards development process approved by the Standards Council of Canada. This process brings together volunteers representing varie
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17、s hereof, and if you do make such copies, you are required to destroy them immediately. Use of this document constitutes your acceptance of the terms and conditions of this Legal Notice.CSA Standards Update ServiceS367-12March 2012Title:Air-, cable-, and frame-supported membrane structuresPagination
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20、anization5060 Spectrum Way, Suite 100, Mississauga, Ontario, Canada L4W 5N61-800-463-6727 416-747-4044Visit our Online Store at shop.csa.caS367-12Air-, cable-, and frame-supported membrane structuresCSA Standard100%ISBN 978-1-55491-899-7 Canadian Standards Association 2012All rights reserved. No par
21、t of this publication may be reproduced in any form whatsoever without the prior permission of the publisher.To purchase CSA Standards and related publications, visit CSAs Online Store at shop.csa.ca or call toll-free 1-800-463-6727 or 416-747-4044.The Canadian Standards Association (CSA) prints its
22、 publications on Rolland Enviro100, which contains 100%recycled post-consumer fibre, is EcoLogo and Processed Chlorine Free certified, and was manufactured using biogas energy.March 2012 iiiContents Canadian Standards Association Air-, cable-, and frame-supported membrane structuresTechnical Committ
23、ee on Air-, Cable-, and Frame-Supported Membrane Structures viPreface vii1Scope12 Reference publications 23 Definitions and symbols 33.1 Definitions 33.2 Symbols 54 General requirements 74.1 Design methods 74.2 Alternate design methods 74.3 Design and other documents 74.3.1 General 74.3.2 Structural
24、 design documents 74.3.3 Drawings and related documents 75 Material strength 85.1 General 85.2 Membrane testing 85.2.1 General 85.2.2 Fabric tensile strength 85.2.3 Uniaxial elongation under static force 85.2.4 Trapezoidal tear strength 85.2.5 Coating adhesion 85.2.6 Creep load test, extreme tempera
25、tures 85.2.7 Resistance to artificial weathering 95.2.8 Flame spread testing 95.2.9 Flame resistance 95.2.10 Non-combustibility 95.3 Seam and joint testing 95.3.1 General 95.3.2 Frequency 95.3.3 Weld adhesion 95.3.4 Shear strength 105.3.5 Static load testing 106 Design requirements 106.1 Design meth
26、ods 106.1.1 General 106.1.2 Limit states design 106.1.3 Elastic limit 106.1.4 Additional structural considerations 106.1.5 Support systems 116.1.6 Membrane compensation 116.2 Loads and effects 116.2.1 Specified loads 116.2.2 Inflation loads 11S367-12 Canadian Standards Associationiv March 20126.2.3
27、Dynamic effects 126.2.4 Other loads 126.2.5 Importance factors based on use and occupancy 126.3 External design pressures due to wind loads 126.4 Membrane analysis 136.4.1 General 136.4.2 Un-reinforced membranes 136.4.3 Reinforced membranes 136.5 Limit states design 136.5.1 Strength and stability 13
28、6.5.2 Fatigue 146.5.3 Serviceability 146.5.4 Deflection 146.5.5 Wind-induced oscillation 156.5.6 Corrosion protection 156.5.7 Fire resistance 156.5.8 Anchorage and foundations 157 Factored element resistance 157.1 General 157.2 Membranes 157.3 Cable, welding, and mechanical joints 167.3.1 Steel cabl
29、es 167.3.2 Welding 167.3.3 Mechanical joints 168 Membrane and connection resistance 168.1 General 168.2 Membrane 168.2.1 Uniaxial tension 168.2.2 Biaxial tension in warp and fill direction 168.2.3 Biaxial tension in general direction 178.3 Seams and connections 178.3.1 General 178.3.2 Membrane-to-me
30、mbrane seams 178.3.3 Membrane-to-nonmembrane connection 178.3.4 Grommet connections 178.3.5 Cables and webs 188.4 Anchorage 188.4.1 General 188.4.2 Structural support 188.4.3 Distribution of anchor loads 188.4.4 Door frames 188.5 Foundation design 188.5.1 Foundation 188.5.2 Ground anchors and stakes
31、 189 Primary components of air-supported structures 189.1 General 189.1.1 Ancillary systems 189.1.2 Evaluation of materials and products 199.2 Mechanical systems 199.2.1 Inflation systems 199.2.2 Air supply capacity 19 Canadian Standards Association Air-, cable-, and frame-supported membrane structu
32、resMarch 2012 v9.2.3 Blower requirements 199.2.4 Ducting 199.3 Anchorage system 209.4 Entrances and exits 209.4.1 Pedestrian entrances 209.4.2 Exits 209.4.3 Vehicle or equipment airlocks 209.5 Auxiliary systems 209.5.1 Heating, ventilation, and cooling systems 209.5.2 Plumbing systems 219.5.3 Lighti
33、ng systems 219.5.4 Air curtains 219.5.5 Emergency standby blower systems 219.5.6 Wind velocity measuring device 2110 Fabrication and erection 2110.1 Fabrication 2110.1.1 General 2110.1.2 Seams 2210.1.3 Elongation properties 2210.1.4 Connection design details 2210.1.5 Shop details 2210.1.6 Erection d
34、iagrams 2210.1.7 Tolerances 2210.1.8 Quality 2310.2 Erection 2310.2.1 General 2310.2.2 Erection procedures 2310.2.3 Fieldwork details 2310.2.4 Interaction of component parts 2310.2.5 Verification of erection procedures 23AnnexesA(informative) Air-supported structure design considerations 24B(informa
35、tive) Snow loading of a membrane-covered structure 34C(informative) Margins of safety 36D(informative) Life-cycle factor 37E (informative) Good practice for erection of air-supported membrane structures 41F (informative) Good practice for the operation, inspection, and maintenance of air-supported m
36、embrane structures 44G(informative) Air loss 49S367-12 Canadian Standards Associationvi March 2012Technical Committee on Air-, Cable-, and Frame-Supported Membrane StructuresG. Schorn Schorn Consultants Inc.,Waterloo, OntarioChairT. Arthurs Intertape Polymer Group,Truro, Nova Scotia Vice-Chair S. Br
37、own Read Jones Christoffersen Ltd.,Calgary, Alberta M. Dery Saint-Gobain Performance Plastics Corporation,Merrimack, New Hampshire, USAAssociateJ. Gallagher Tensile Integrity Inc.,Burlington, OntarioM.P. Harnois Les Industries Harnois Inc.,St. Thomas, QubecK. Kelly Ontario Ministry of Community Safe
38、ty (b) updated provisions for accelerated weathering testing for polyethylene membrane materials; and(c) the addition of standard notations and symbols.CSA acknowledges that the development of this Standard was made possible by the generous financial support of the Membrane Structures Manufacturers
39、Association.This Standard was prepared by the Technical Committee on Air-, Cable-, and Frame-Supported Membrane Structures, under the jurisdiction of the Strategic Steering Committee on Structures (Design), and has been formally approved by the Technical Committee.March 2012Notes: (1) Use of the sin
40、gular does not exclude the plural (and vice versa) when the sense allows.(2) Although the intended primary application of this Standard is stated in its Scope, it is important to note that it remains the responsibility of the users of the Standard to judge its suitability for their particular purpos
41、e.(3) This publication was developed by consensus, which is defined by CSA Policy governing standardization Code of good practice for standardization as “substantial agreement. Consensus implies much more than a simple majority, but not necessarily unanimity”. It is consistent with this definition t
42、hat a member may be included in the Technical Committee list and yet not be in full agreement with all clauses of this publication.(4) To submit a request for interpretation of CSA Standards, please send the following information to inquiriescsa.ca and include “Request for interpretation” in the sub
43、ject line:(a) define the problem, making reference to the specific clause, and, where appropriate, include an illustrative sketch;(b) provide an explanation of circumstances surrounding the actual field condition; and(c) where possible, phrase the request in such a way that a specific “yes” or “no”
44、answer will address the issue.Committee interpretations are processed in accordance with the CSA Directives and guidelines governing standardization and are published in CSAs Current Standard Activities, which is available on the CSA website at standardsactivities.csa.ca.(5) CSA Standards are subjec
45、t to periodic review, and suggestions for their improvement will be referred to the appropriate committee. To submit a proposal for change to CSA Standards, please send the following information to inquiriescsa.ca and include “Proposal for change” in the subject line:(a) Standard designation (number
46、);(b) relevant clause, table, and/or figure number;(c) wording of the proposed change; and(d) rationale for the change. Canadian Standards Association Air-, cable-, and frame-supported membrane structuresMarch 2012 1S367-12Air-, cable-, and frame-supported membrane structures1Scope1.1This Standard p
47、rovides requirements for the design, fabrication, installation, and maintenance of single-membrane structures that are either reinforced or unreinforced and that are air-supported, frame-supported, or cable-supported.1.2The general requirements, structural design methods, loadings, and limit states
48、specified in this Standard are intended to be consistent with the National Building Code of Canada (NBCC), except where more detailed or stringent requirements are necessary for the structural adequacy and the long-term serviceability of structures.The requirements of this Standard are intended to a
49、pply to independent membrane-covered structures and structures that are contiguous with other structures and are attached through a common element.1.3This Standard does not apply to(a) multi-walled structures that are not supported by continuous air pressure;(b) air-beam-supported membrane structures using pressurized air as part of the support system; and(c) greenhouses that are not covered by Part 3 of the NBCC.1.4Other standards may be used for the design of air-, cable-, and frame-membrane supported structures where specified by this Standard. The
