Steel construction floor vibration - Revision history

Designing Buildings at 08:21, 23 December 2020

2020-12-23T08:21:53Z

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	The new design tool gives an immediate and accurate assessment of floor response for a wide range of structural arrangements. Together with the supplement they provide both the background and the practical implementation of a complicated and otherwise time-consuming assessment.		The new design tool gives an immediate and accurate assessment of floor response for a wide range of structural arrangements. Together with the supplement they provide both the background and the practical implementation of a complicated and otherwise time-consuming assessment.

−	[[Category:Publications_/_reports]]	+	[[Category:DCN_Definition]] [[Category:DCN_Guidance]] [[Category:DCN_Report]] [[Category:DCN_Research,_Development_and_Innovation]] [[Category:Publications_/_reports]]

Designing Buildings at 09:56, 1 July 2016

2016-07-01T09:56:48Z

← Older revision		Revision as of 09:56, 1 July 2016
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	The calculation of floor response is complex, because different dynamic modes contribute to the overall response. SteelConstruction.info publication P354 Design of floors for vibration: A new approach (Revised edition) offers a simplified approach but recent work has shown that in some situations it can be conservative compared to finite element analysis.		The calculation of floor response is complex, because different dynamic modes contribute to the overall response. SteelConstruction.info publication P354 Design of floors for vibration: A new approach (Revised edition) offers a simplified approach but recent work has shown that in some situations it can be conservative compared to finite element analysis.

−	The new design tool gives an immediate and accurate assessment of floor response for a wide range of structural arrangements. Together with the supplement they provide both the background and the practical implementation of a complicated and otherwise time-consuming assessment.~~<br />~~	+	The new design tool gives an immediate and accurate assessment of floor response for a wide range of structural arrangements. Together with the supplement they provide both the background and the practical implementation of a complicated and otherwise time-consuming assessment.
−	~~<br />~~	+
−	~~Other Links [http://www.hardshell.ae/nanopoly Protective Coating]~~	+

	[[Category:Publications_/_reports]]		[[Category:Publications_/_reports]]

43.230.156.237 at 08:05, 29 June 2016

2016-06-29T08:05:05Z

← Older revision		Revision as of 08:05, 29 June 2016
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	The calculation of floor response is complex, because different dynamic modes contribute to the overall response. SteelConstruction.info publication P354 Design of floors for vibration: A new approach (Revised edition) offers a simplified approach but recent work has shown that in some situations it can be conservative compared to finite element analysis.		The calculation of floor response is complex, because different dynamic modes contribute to the overall response. SteelConstruction.info publication P354 Design of floors for vibration: A new approach (Revised edition) offers a simplified approach but recent work has shown that in some situations it can be conservative compared to finite element analysis.

−	The new design tool gives an immediate and accurate assessment of floor response for a wide range of structural arrangements. Together with the supplement they provide both the background and the practical implementation of a complicated and otherwise time-consuming assessment.	+	The new design tool gives an immediate and accurate assessment of floor response for a wide range of structural arrangements. Together with the supplement they provide both the background and the practical implementation of a complicated and otherwise time-consuming assessment.<br />
		+	<br />
		+	Other Links [http://www.hardshell.ae/nanopoly Protective Coating]

	[[Category:Publications_/_reports]]		[[Category:Publications_/_reports]]

Designing Buildings: moved Steel construction – Floor vibration to Steel construction floor vibration

2016-06-15T10:30:12Z

moved Steel construction – Floor vibration to Steel construction floor vibration

← Older revision

Revision as of 10:30, 15 June 2016

Designing Buildings at 10:26, 15 June 2016

2016-06-15T10:26:12Z

← Older revision		Revision as of 10:26, 15 June 2016
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	[[File:Steel_construction_Floor_vibration.jpg\|link=http://www.steelconstruction.info/Steel_construction_news#Steel_construction_.E2.80.93_Floor_vibration]]		[[File:Steel_construction_Floor_vibration.jpg\|link=http://www.steelconstruction.info/Steel_construction_news#Steel_construction_.E2.80.93_Floor_vibration]]

−	It provides an introduction to floor vibrations, describing what they are~~, what levels are acceptable~~, how they are assessed, ~~and providing a new design tool. It summarises floor dynamics and~~ how to ensure there isn’t a problem, providing an overview of commonly-adopted acceptance criteria and techniques for calculating floor response.	+	It provides an introduction to floor vibrations, describing what they are, how they are assessed, how to ensure there isn’t a problem, and providing an overview of commonly-adopted acceptance criteria and techniques for calculating floor response. It also provides a new online design tool.

−	Most straightforward steel construction will meet the required vibration performance criteria without modification, but vibration-sensitive applications, such as operating theatres or laboratories, may require stiffer solutions.	+	Most straightforward steel construction will meet the required vibration performance criteria without modification, but vibration-sensitive applications, such as operating theatres or laboratories may require stiffer solutions.

	Long-span applications offer good dynamic performance, despite common preconceptions that steel composite floors are ‘livelier’ than concrete ones. This is because the stiffer beams and large mass of the floor plates reduce the magnitude of the vibration response.		Long-span applications offer good dynamic performance, despite common preconceptions that steel composite floors are ‘livelier’ than concrete ones. This is because the stiffer beams and large mass of the floor plates reduce the magnitude of the vibration response.

−	The calculation of floor response is complex, because different dynamic modes contribute to the overall response. SteelConstruction.info publication P354 Design of floors for vibration: A new approach (Revised edition) offers a simplified approach but recent work has shown that in some situations it can be ~~very~~ conservative compared to ~~Finite Element~~ analysis.	+	The calculation of floor response is complex, because different dynamic modes contribute to the overall response. SteelConstruction.info publication P354 Design of floors for vibration: A new approach (Revised edition) offers a simplified approach but recent work has shown that in some situations it can be conservative compared to finite element analysis.

	The new design tool gives an immediate and accurate assessment of floor response for a wide range of structural arrangements. Together with the supplement they provide both the background and the practical implementation of a complicated and otherwise time-consuming assessment.		The new design tool gives an immediate and accurate assessment of floor response for a wide range of structural arrangements. Together with the supplement they provide both the background and the practical implementation of a complicated and otherwise time-consuming assessment.

	[[Category:Publications_/_reports]]		[[Category:Publications_/_reports]]

Designing Buildings at 10:22, 15 June 2016

2016-06-15T10:22:32Z

← Older revision		Revision as of 10:22, 15 June 2016
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−	‘Steel construction – Floor vibration’ is a supplement produced by Steel for Life and the British Constructional ~~Steel Work~~ Association (BCSA) distributed with NSC magazine in May 2016. It is available to download from [http://www.steelconstruction.info/Steel_construction_news#Steel_construction_.E2.80.93_Floor_vibration SteelConstruction.info].	+	‘Steel construction – Floor vibration’ is a supplement produced by [https://www.steelforlife.org/ Steel for Life] and the [https://www.steelconstruction.org/bcsa/ British Constructional Steelwork Association] (BCSA) distributed with NSC magazine in May 2016. It is available to download from [http://www.steelconstruction.info/Steel_construction_news#Steel_construction_.E2.80.93_Floor_vibration SteelConstruction.info].

−	[[File:~~Steel construction Floor vibration~~.jpg\|link=http://www.steelconstruction.info/Steel_construction_news#Steel_construction_.E2.80.93_Floor_vibration]]	+	[[File:Steel_construction_Floor_vibration.jpg\|link=http://www.steelconstruction.info/Steel_construction_news#Steel_construction_.E2.80.93_Floor_vibration]]

	It provides an introduction to floor vibrations, describing what they are, what levels are acceptable, how they are assessed, and providing a new design tool. It summarises floor dynamics and how to ensure there isn’t a problem, providing an overview of commonly-adopted acceptance criteria and techniques for calculating floor response.		It provides an introduction to floor vibrations, describing what they are, what levels are acceptable, how they are assessed, and providing a new design tool. It summarises floor dynamics and how to ensure there isn’t a problem, providing an overview of commonly-adopted acceptance criteria and techniques for calculating floor response.

Designing Buildings at 10:20, 15 June 2016

2016-06-15T10:20:23Z

← Older revision		Revision as of 10:20, 15 June 2016
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	‘Steel construction – Floor vibration’ is a supplement produced by Steel for Life and the British Constructional Steel Work Association (BCSA) distributed with NSC magazine in May 2016. It is available to download from [http://www.steelconstruction.info/Steel_construction_news#Steel_construction_.E2.80.93_Floor_vibration SteelConstruction.info].		‘Steel construction – Floor vibration’ is a supplement produced by Steel for Life and the British Constructional Steel Work Association (BCSA) distributed with NSC magazine in May 2016. It is available to download from [http://www.steelconstruction.info/Steel_construction_news#Steel_construction_.E2.80.93_Floor_vibration SteelConstruction.info].
		+
		+	[[File:Steel construction Floor vibration.jpg\|link=http://www.steelconstruction.info/Steel_construction_news#Steel_construction_.E2.80.93_Floor_vibration]]

	It provides an introduction to floor vibrations, describing what they are, what levels are acceptable, how they are assessed, and providing a new design tool. It summarises floor dynamics and how to ensure there isn’t a problem, providing an overview of commonly-adopted acceptance criteria and techniques for calculating floor response.		It provides an introduction to floor vibrations, describing what they are, what levels are acceptable, how they are assessed, and providing a new design tool. It summarises floor dynamics and how to ensure there isn’t a problem, providing an overview of commonly-adopted acceptance criteria and techniques for calculating floor response.

Designing Buildings: Created page with "‘Steel construction – Floor vibration’ is a supplement produced by Steel for Life and the British Constructional Steel Work Association (BCSA) distributed with NSC magazine..."

2016-06-15T10:18:13Z

Created page with "‘Steel construction – Floor vibration’ is a supplement produced by Steel for Life and the British Constructional Steel Work Association (BCSA) distributed with NSC magazine..."

New page

‘Steel construction – Floor vibration’ is a supplement produced by Steel for Life and the British Constructional Steel Work Association (BCSA) distributed with NSC magazine in May 2016. It is available to download from [http://www.steelconstruction.info/Steel_construction_news#Steel_construction_.E2.80.93_Floor_vibration SteelConstruction.info].

It provides an introduction to floor vibrations, describing what they are, what levels are acceptable, how they are assessed, and providing a new design tool. It summarises floor dynamics and how to ensure there isn’t a problem, providing an overview of commonly-adopted acceptance criteria and techniques for calculating floor response.

Most straightforward steel construction will meet the required vibration performance criteria without modification, but vibration-sensitive applications, such as operating theatres or laboratories, may require stiffer solutions.

Long-span applications offer good dynamic performance, despite common preconceptions that steel composite floors are ‘livelier’ than concrete ones. This is because the stiffer beams and large mass of the floor plates reduce the magnitude of the vibration response.

The calculation of floor response is complex, because different dynamic modes contribute to the overall response. SteelConstruction.info publication P354 Design of floors for vibration: A new approach (Revised edition) offers a simplified approach but recent work has shown that in some situations it can be very conservative compared to Finite Element analysis.

The new design tool gives an immediate and accurate assessment of floor response for a wide range of structural arrangements. Together with the supplement they provide both the background and the practical implementation of a complicated and otherwise time-consuming assessment.

[[Category:Publications_/_reports]]