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Part B1 Structural Provisions (Verification Methods)
/editions/2016/ncc-2016-volume-one/section-b-structure/part-b1-structural-provisions-verification
VERIFICATION METHODS BV1 Structural reliability Compliance with and is verified for the design of structural components and connections when— (a) the calculated annual structural reliability index (β), for each action, is not less than that…
Part B1 Structural Provisions (Verification Methods)
/editions/2016-a1/ncc-2016-volume-one/section-b-structure/part-b1-structural-provisions-verification
VERIFICATION METHODS BV1 Structural reliability Compliance with and is verified for the design of structural components and connections when— (a) the calculated annual structural reliability index (β), for each action, is not less than that…
Part B1 Structural Provisions (Performance Requirements)
/editions/2016/ncc-2016-volume-one/section-b-structure/part-b1-structural-provisions-performance
PERFORMANCE REQUIREMENTS BP1.1 (a) A building or structure, during construction and use, with appropriate degrees of reliability, must— (i) perform adequately under all reasonably expected design actions; and (ii) withstand extreme or…
Part B1 Structural Provisions (Performance Requirements)
/editions/2016-a1/ncc-2016-volume-one/section-b-structure/part-b1-structural-provisions-performance
PERFORMANCE REQUIREMENTS BP1.1 (a) A building or structure, during construction and use, with appropriate degrees of reliability, must— (i) perform adequately under all reasonably expected design actions; and (ii) withstand extreme or…
Part B1 Structural provisions
/editions/2019/ncc-2019-volume-one/section-b-structure/part-b1-structural-provisions
Performance Requirements BP1.1 Structural Reliability (a) A building or structure, during construction and use, with appropriate degrees of reliability, must— (i) perform adequately under all reasonably expected design actions; and…
Part B1 Structural provisions
/editions/2019-a1/ncc-2019-volume-one-amendment-1/section-b-structure/part-b1-structural-provisions
Performance Requirements BP1.1 Structural Reliability (a) A building or structure, during construction and use, with appropriate degrees of reliability, must— (i) perform adequately under all reasonably expected design actions; and…
Part 1.0 Application
/editions/2016/ncc-2016-volume-two/section-1-general-requirements/part-10-application
1.0.1 Compliance with the NCC Compliance with the NCC is achieved by satisfying the Performance Requirements. 1.0.2 Meeting the Performance Requirements The Performance Requirements can only be satisfied by a— (a) Performance Solution; or…
Part 1.0 Application
/editions/2016-a1/ncc-2016-volume-two/section-1-general-requirements/part-10-application
1.0.1 Compliance with the NCC Compliance with the NCC is achieved by satisfying the Performance Requirements. 1.0.2 Meeting the Performance Requirements The Performance Requirements can only be satisfied by a— (a) Performance Solution; or…
Stochastic model CO toxicity building fires
/resource/report/stochastic-model-co-toxicity-building-fires

Fire Code Reform Centre (Project 4) This Technical Report, A Stochastic Model for CO Toxicity in Building Fires, involves the development of a Fundamental Model, incorporating engineering, risk-assessment methodology and the study of human behaviour in…

FCRC-TR-96-11-Stochastic-model-CO-toxicity-building-fires.pdf (444.29 KB)
Selected literature reviews human behaviour fire
/resource/report/selected-literature-reviews-human-behaviour-fire

Fire Code Reform Centre (Project 4) This Technical Report, Selected Literature Reviews on Human Behaviour in Fire, involved the development of a Fundamental Model, incorporating engineering, risk-assessment methodology and the study of human behaviour…

FCRC-TR-97-11-Selected-literature-reviews-human-behaviour-fire.pdf (1.04 MB)
The effects of sleep inertia on decision making performance
/resource/report/effects-sleep-inertia-decision-making-performance

Fire Code Reform Centre (Project 4) This Technical Report, The Effects of Sleep Inertia on Decision-Making Performance, involved with the development of a Fundamental Model, incorporating engineering, risk-assessment methodology and the study of human…

FCRC-TR-97-13-effects-of-sleep-inertia-on-decision-making-performance.pdf (859.68 KB)
The probability of death in the room of fire origin an engineering formula
/resource/report/probability-death-room-fire-origin-engineering-formula

Fire Code Reform Centre (Project 4) This Technical Report, The Probability of Death in the Room of Fire Origin: an Engineering Formula, involved the development of a Fundamental Model, incorporating engineering, risk-assessment methodology and the…

FCRC-TR-97-15-probability-of-death-in-room-of-fire-origin-an-engineering-formula.pdf (385.13 KB)
Arousal from sleep smoke detector in children and adults
/resource/report/arousal-sleep-smoke-detector-children-and-adults

Fire Code Reform Centre (Project 4) This Technical Report, Arousal from Sleep with a Smoke Detector in Children and Adults, involved the development of a Fundamental Model, incorporating engineering, risk-assessment methodology and the study of human…

FCRC-TR-98-04-Arousal-from-sleep-smoke-detector-in-children-adults.pdf (383.34 KB)
Non-compliant and non-conforming products
/news/2017/non-compliant-and-non-conforming-products

Much has been said about the cladding used at Grenfell Tower not complying with the standards in the United Kingdom.

1.2 How to use this Verification Method
/editions/2019-a1/ncc-2019-volume-two-amendment-1/schedule-7-fire-safety-verification-method/12-how
This Verification Method sets out twelve design scenarios that must be considered in order to demonstrate that a building incorporating one or more Performance Solutions satisfies the Performance Requirements set out in Table 1.1. Each design…
1.2 How to use this Verification Method
/editions/2019-a1/ncc-2019-volume-one-amendment-1/schedule-7-fire-safety-verification-method/12-how
This Verification Method sets out twelve design scenarios that must be considered in order to demonstrate that a building incorporating one or more Performance Solutions satisfies the Performance Requirements set out in Table 1.1. Each design…
1.2 How to use this Verification Method
/editions/2019/ncc-2019-volume-one/schedule-7-fire-safety-verification-method/12-how-use
This Verification Method sets out twelve design scenarios that must be considered in order to demonstrate that a building incorporating one or more Performance Solutions satisfies the Performance Requirements set out in Table 1.1. Each design…
1.2 How to use this Verification Method
/editions/2019/ncc-2019-volume-two/schedule-7-fire-safety-verification-method/12-how-use
This Verification Method sets out twelve design scenarios that must be considered in order to demonstrate that a building incorporating one or more Performance Solutions satisfies the Performance Requirements set out in Table 1.1. Each design…
Part A1 Interpretation
/editions/2016-a1/ncc-2016-volume-one/section-general-requirements/part-a1-interpretation
A1.1 Definitions Note: States and Territories may vary or add to the definitions contained in at the relevant State or Territory Appendix. In Volume One of the BCA unless the contrary intention appears— Accessible means having features to…
Part A1 Interpretation
/editions/2016/ncc-2016-volume-one/section-general-requirements/part-a1-interpretation
A1.1 Definitions Note: States and Territories may vary or add to the definitions contained in at the relevant State or Territory Appendix. In Volume One of the BCA unless the contrary intention appears— Accessible means having features to…

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Areas of Interest

  • Access and egress (3)
  • Performance (3)
  • Energy efficiency (2)
  • Health and amenity (2)
  • Structural safety (2)
  • Building services (1)
  • Fire safety (1)
  • NCC compliance (1)

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  • NCC Page (340)
  • Article (20)
  • Resource (13)
  • Page (12)
  • NCC Navigator Page (3)

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In the spirit of reconciliation the Australian Building Codes Board acknowledges the Traditional Custodians of country throughout Australia and their connections to land, sea and community. We pay our respect to their elders past and present and extend that respect to all Aboriginal and Torres Strait Islander peoples today.

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