Wind comfort simulations - Revision history

Designing Buildings at 07:11, 22 February 2021

2021-02-22T07:11:00Z

← Older revision		Revision as of 07:11, 22 February 2021
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	* [https://www.youtube.com/watch?v=NEkvg3yrS_U&feature=youtu.be SimScale Wind Comfort Simulation London (video).]		* [https://www.youtube.com/watch?v=NEkvg3yrS_U&feature=youtu.be SimScale Wind Comfort Simulation London (video).]

−	[[Category:~~DCN_Research,_Development_and_Innovation~~]] [[Category:Research_/_Innovation]] [[Category:Design]] [[Category:Property_development]]	+	[[Category:DCN_Commentary]] [[Category:DCN_Guidance]] [[Category:Research_/_Innovation]] [[Category:Design]] [[Category:Property_development]]

Michal Konicek at 19:48, 24 November 2020

2020-11-24T19:48:39Z

← Older revision		Revision as of 19:48, 24 November 2020
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	= Cloud-based wind simulations =		= Cloud-based wind simulations =

−	Three dimensional models of London can be used to help engineers and architects plan new developments in the city. Using a combination of a highly accurate and detailed 3D city model and the power of cloud-based simulations, urban designers, architects and engineers can directly measure wind statistics data as defined in the guidelines, run wind analyses for 36 wind directions and assess pedestrian wind comfort and safety on an annual, seasonal, and worst case scenario. It’s also possible to analyse the transient wind flow patterns around the buildings using streamlines, velocity vectors for 36 wind directions.	+	[[AccuCities\|AccuCities]] Three dimensional models of London can be used to help engineers and architects plan new developments in the city. Using a combination of a highly accurate and detailed 3D city model and the power of cloud-based simulations, urban designers, architects and engineers can directly measure wind statistics data as defined in the guidelines, run wind analyses for 36 wind directions and assess pedestrian wind comfort and safety on an annual, seasonal, and worst case scenario. It’s also possible to analyse the transient wind flow patterns around the buildings using streamlines, velocity vectors for 36 wind directions.

	[[File:Cloud-based_wind_simulation_by_SimScale_3D_London_model_by_AccuCities.png\|link=File:Cloud-based_wind_simulation_by_SimScale_3D_London_model_by_AccuCities.png]]		[[File:Cloud-based_wind_simulation_by_SimScale_3D_London_model_by_AccuCities.png\|link=File:Cloud-based_wind_simulation_by_SimScale_3D_London_model_by_AccuCities.png]]
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	* [https://www.youtube.com/watch?v=NEkvg3yrS_U&feature=youtu.be SimScale Wind Comfort Simulation London (video).]		* [https://www.youtube.com/watch?v=NEkvg3yrS_U&feature=youtu.be SimScale Wind Comfort Simulation London (video).]

−	[[Category:~~Research_/_Innovation~~]] [[Category:~~DCN_Research,_Development_and_Innovation~~]] [[Category:Design]] [[Category:Property_development]]	+	[[Category:DCN_Research,_Development_and_Innovation]] [[Category:Research_/_Innovation]] [[Category:Design]] [[Category:Property_development]]

Designing Buildings at 06:40, 4 June 2020

2020-06-04T06:40:14Z

← Older revision		Revision as of 06:40, 4 June 2020
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	The Wind Microclimate Guidelines for Developments in the City of London (published August 2019, [https://www.cityoflondon.gov.uk/services/environment-and-planning/planning/design/Documents/city-of-london-wind-microclimate-guidelines.pdf PDF]) describe the required studies to assess a planned structure’s impact on the comfort and safety of nearby pedestrians and cyclists. Within the guidelines, computational fluid dynamics (CFD) is amongst the recommended approaches for buildings 25 meters or higher and is a requirement for buildings 50 meters or higher. Further, the guidelines encourage developers to address wind impact early in the design process and require that multiple scenarios are studied.		The Wind Microclimate Guidelines for Developments in the City of London (published August 2019, [https://www.cityoflondon.gov.uk/services/environment-and-planning/planning/design/Documents/city-of-london-wind-microclimate-guidelines.pdf PDF]) describe the required studies to assess a planned structure’s impact on the comfort and safety of nearby pedestrians and cyclists. Within the guidelines, computational fluid dynamics (CFD) is amongst the recommended approaches for buildings 25 meters or higher and is a requirement for buildings 50 meters or higher. Further, the guidelines encourage developers to address wind impact early in the design process and require that multiple scenarios are studied.
−
−	Within these new guidelines, computational fluid dynamics is among one of the recommended approaches for evaluating buildings over a certain height (25m or higher). This standard urges engineers to address wind impact early in the design process, as well as incorporate multiple scenarios to be studied before drawing actionable conclusions.

	= Cloud-based wind simulations =		= Cloud-based wind simulations =

−	Three dimensional models of London can be used to help engineers and architects ~~planning~~ new developments in the city. Using a combination of a highly accurate and detailed 3D city model and the power of cloud-based simulations, urban designers, architects and engineers can directly measure wind statistics data as defined in the guidelines, run wind analyses for 36 wind directions and assess pedestrian wind comfort and safety ~~according to the London Docklands Development Corporation (LDDC) criteria~~ on an annual, seasonal, and worst case scenario. It’s also possible to analyse the transient wind flow patterns around the buildings using streamlines, velocity vectors ~~and much more~~ for ~~each of the~~ 36 wind directions.	+	Three dimensional models of London can be used to help engineers and architects plan new developments in the city. Using a combination of a highly accurate and detailed 3D city model and the power of cloud-based simulations, urban designers, architects and engineers can directly measure wind statistics data as defined in the guidelines, run wind analyses for 36 wind directions and assess pedestrian wind comfort and safety on an annual, seasonal, and worst case scenario. It’s also possible to analyse the transient wind flow patterns around the buildings using streamlines, velocity vectors for 36 wind directions.

	[[File:Cloud-based_wind_simulation_by_SimScale_3D_London_model_by_AccuCities.png\|link=File:Cloud-based_wind_simulation_by_SimScale_3D_London_model_by_AccuCities.png]]		[[File:Cloud-based_wind_simulation_by_SimScale_3D_London_model_by_AccuCities.png\|link=File:Cloud-based_wind_simulation_by_SimScale_3D_London_model_by_AccuCities.png]]
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	* [https://www.youtube.com/watch?v=NEkvg3yrS_U&feature=youtu.be SimScale Wind Comfort Simulation London (video).]		* [https://www.youtube.com/watch?v=NEkvg3yrS_U&feature=youtu.be SimScale Wind Comfort Simulation London (video).]

−	[[Category:Research_/_Innovation]] [[Category:Design]] [[Category:Property_development]]	+	[[Category:Research_/_Innovation]] [[Category:DCN_Research,_Development_and_Innovation]] [[Category:Design]] [[Category:Property_development]]

Editor at 10:17, 26 May 2020

2020-05-26T10:17:37Z

← Older revision		Revision as of 10:17, 26 May 2020
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	= Cloud-based wind simulations =		= Cloud-based wind simulations =

−	Three dimensional models of London ~~(such as AccuCities by SimScale)~~ can be used to help engineers and architects planning new developments in the city. Using a combination of a highly accurate and detailed 3D city model and the power of cloud-based simulations, urban designers, architects and engineers can directly measure wind statistics data as defined in the guidelines, run wind analyses for 36 wind directions and assess pedestrian wind comfort and safety according to the London Docklands Development Corporation (LDDC) criteria on an annual, seasonal, and worst case scenario. It’s also possible to analyse the transient wind flow patterns around the buildings using streamlines, velocity vectors and much more for each of the 36 wind directions ~~([https://youtu.be/NEkvg3yrS_U animation])~~.	+	Three dimensional models of London can be used to help engineers and architects planning new developments in the city. Using a combination of a highly accurate and detailed 3D city model and the power of cloud-based simulations, urban designers, architects and engineers can directly measure wind statistics data as defined in the guidelines, run wind analyses for 36 wind directions and assess pedestrian wind comfort and safety according to the London Docklands Development Corporation (LDDC) criteria on an annual, seasonal, and worst case scenario. It’s also possible to analyse the transient wind flow patterns around the buildings using streamlines, velocity vectors and much more for each of the 36 wind directions.

	[[File:Cloud-based_wind_simulation_by_SimScale_3D_London_model_by_AccuCities.png\|link=File:Cloud-based_wind_simulation_by_SimScale_3D_London_model_by_AccuCities.png]]		[[File:Cloud-based_wind_simulation_by_SimScale_3D_London_model_by_AccuCities.png\|link=File:Cloud-based_wind_simulation_by_SimScale_3D_London_model_by_AccuCities.png]]

Editor at 10:16, 26 May 2020

2020-05-26T10:16:36Z

← Older revision		Revision as of 10:16, 26 May 2020
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	= External references =		= External references =

−	* [https://www.accucities.com/ AccuCities]	+	* [https://www.accucities.com/ AccuCities].
−	* [https://www.simscale.com/blog/2020/04/london-wind-microclimate-guidelines/ SimScale]	+	* [https://www.simscale.com/blog/2020/04/london-wind-microclimate-guidelines/ SimScale].
		+	* [https://www.youtube.com/watch?v=NEkvg3yrS_U&feature=youtu.be SimScale Wind Comfort Simulation London (video).]

	[[Category:Research_/_Innovation]] [[Category:Design]] [[Category:Property_development]]		[[Category:Research_/_Innovation]] [[Category:Design]] [[Category:Property_development]]

Editor at 10:11, 26 May 2020

2020-05-26T10:11:41Z

← Older revision		Revision as of 10:11, 26 May 2020
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	* Computational fluid dynamics.		* Computational fluid dynamics.
−	* Computational fluid dynamics in building design: An introduction FB 69.
−	* Lateral loads.
	* Shear force.		* Shear force.
	* Structural principles.		* Structural principles.
−	* Types of structural load.
	* Uplift force.		* Uplift force.
−	* Vibrations.
	* Wind load.		* Wind load.

Editor at 10:08, 26 May 2020

2020-05-26T10:08:29Z

← Older revision		Revision as of 10:08, 26 May 2020
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	The Wind Microclimate Guidelines for Developments in the City of London (published August 2019, [https://www.cityoflondon.gov.uk/services/environment-and-planning/planning/design/Documents/city-of-london-wind-microclimate-guidelines.pdf PDF]) describe the required studies to assess a planned structure’s impact on the comfort and safety of nearby pedestrians and cyclists. Within the guidelines, computational fluid dynamics (CFD) is amongst the recommended approaches for buildings 25 meters or higher and is a requirement for buildings 50 meters or higher. Further, the guidelines encourage developers to address wind impact early in the design process and require that multiple scenarios are studied.		The Wind Microclimate Guidelines for Developments in the City of London (published August 2019, [https://www.cityoflondon.gov.uk/services/environment-and-planning/planning/design/Documents/city-of-london-wind-microclimate-guidelines.pdf PDF]) describe the required studies to assess a planned structure’s impact on the comfort and safety of nearby pedestrians and cyclists. Within the guidelines, computational fluid dynamics (CFD) is amongst the recommended approaches for buildings 25 meters or higher and is a requirement for buildings 50 meters or higher. Further, the guidelines encourage developers to address wind impact early in the design process and require that multiple scenarios are studied.

−	Within these new guidelines, computational fluid dynamics ~~(CFD)~~ is among one of the recommended approaches for evaluating buildings over a certain height (25m or higher). This standard urges engineers to address wind impact early in the design process, as well as incorporate multiple scenarios to be studied before drawing actionable conclusions.	+	Within these new guidelines, computational fluid dynamics is among one of the recommended approaches for evaluating buildings over a certain height (25m or higher). This standard urges engineers to address wind impact early in the design process, as well as incorporate multiple scenarios to be studied before drawing actionable conclusions.

	= Cloud-based wind simulations =		= Cloud-based wind simulations =

−	Three dimensional models of London (such as ~~one~~ AccuCities by SimScale) can be used to help engineers and architects planning new developments in the city. Using a combination of a highly accurate and detailed 3D city model and the power of cloud-based simulations, urban designers, architects and engineers can directly measure wind statistics data as defined in the guidelines, run wind analyses for 36 wind directions and assess pedestrian wind comfort and safety according to the London Docklands Development Corporation (LDDC) criteria on an annual, seasonal, and worst case scenario. It’s also possible to analyse the transient wind flow patterns around the buildings using streamlines, velocity vectors and much more for each of the 36 wind directions ([https://youtu.be/NEkvg3yrS_U animation]).	+	Three dimensional models of London (such as AccuCities by SimScale) can be used to help engineers and architects planning new developments in the city. Using a combination of a highly accurate and detailed 3D city model and the power of cloud-based simulations, urban designers, architects and engineers can directly measure wind statistics data as defined in the guidelines, run wind analyses for 36 wind directions and assess pedestrian wind comfort and safety according to the London Docklands Development Corporation (LDDC) criteria on an annual, seasonal, and worst case scenario. It’s also possible to analyse the transient wind flow patterns around the buildings using streamlines, velocity vectors and much more for each of the 36 wind directions ([https://youtu.be/NEkvg3yrS_U animation]).

	[[File:Cloud-based_wind_simulation_by_SimScale_3D_London_model_by_AccuCities.png\|link=File:Cloud-based_wind_simulation_by_SimScale_3D_London_model_by_AccuCities.png]]		[[File:Cloud-based_wind_simulation_by_SimScale_3D_London_model_by_AccuCities.png\|link=File:Cloud-based_wind_simulation_by_SimScale_3D_London_model_by_AccuCities.png]]

Editor at 10:04, 26 May 2020

2020-05-26T10:04:57Z

← Older revision		Revision as of 10:04, 26 May 2020
Line 7:		Line 7:
	Within these new guidelines, computational fluid dynamics (CFD) is among one of the recommended approaches for evaluating buildings over a certain height (25m or higher). This standard urges engineers to address wind impact early in the design process, as well as incorporate multiple scenarios to be studied before drawing actionable conclusions.		Within these new guidelines, computational fluid dynamics (CFD) is among one of the recommended approaches for evaluating buildings over a certain height (25m or higher). This standard urges engineers to address wind impact early in the design process, as well as incorporate multiple scenarios to be studied before drawing actionable conclusions.

−	== Cloud-based wind simulations ==	+	= Cloud-based wind simulations =

	Three dimensional models of London (such as one AccuCities by SimScale) can be used to help engineers and architects planning new developments in the city. Using a combination of a highly accurate and detailed 3D city model and the power of cloud-based simulations, urban designers, architects and engineers can directly measure wind statistics data as defined in the guidelines, run wind analyses for 36 wind directions and assess pedestrian wind comfort and safety according to the London Docklands Development Corporation (LDDC) criteria on an annual, seasonal, and worst case scenario. It’s also possible to analyse the transient wind flow patterns around the buildings using streamlines, velocity vectors and much more for each of the 36 wind directions ([https://youtu.be/NEkvg3yrS_U animation]).		Three dimensional models of London (such as one AccuCities by SimScale) can be used to help engineers and architects planning new developments in the city. Using a combination of a highly accurate and detailed 3D city model and the power of cloud-based simulations, urban designers, architects and engineers can directly measure wind statistics data as defined in the guidelines, run wind analyses for 36 wind directions and assess pedestrian wind comfort and safety according to the London Docklands Development Corporation (LDDC) criteria on an annual, seasonal, and worst case scenario. It’s also possible to analyse the transient wind flow patterns around the buildings using streamlines, velocity vectors and much more for each of the 36 wind directions ([https://youtu.be/NEkvg3yrS_U animation]).

Editor at 10:04, 26 May 2020

2020-05-26T10:04:24Z

← Older revision		Revision as of 10:04, 26 May 2020
Line 13:		Line 13:
	[[File:Cloud-based_wind_simulation_by_SimScale_3D_London_model_by_AccuCities.png\|link=File:Cloud-based_wind_simulation_by_SimScale_3D_London_model_by_AccuCities.png]]		[[File:Cloud-based_wind_simulation_by_SimScale_3D_London_model_by_AccuCities.png\|link=File:Cloud-based_wind_simulation_by_SimScale_3D_London_model_by_AccuCities.png]]

−	~~Links~~:	+	--[[User:Michal_Konicek\|Michal Konicek]]

−	~~[https://www.accucities.com/ AccuCities]~~	+	= Related articles on Designing Buildings Wiki =

−	~~[https~~:~~//www~~.~~simscale~~.~~com/blog/2020/04/london-wind-microclimate-guidelines/ SimScale]~~	+	* Computational fluid dynamics.
		+	* Computational fluid dynamics in building design: An introduction FB 69.
		+	* Lateral loads.
		+	* Shear force.
		+	* Structural principles.
		+	* Types of structural load.
		+	* Uplift force.
		+	* Vibrations.
		+	* Wind load.

−	--[~~[User~~:~~Michal_Konicek\|Michal Konicek~~]]	+	= External references =
		+
		+	* [https://www.accucities.com/ AccuCities]
		+	* [https://www.simscale.com/blog/2020/04/london-wind-microclimate-guidelines/ SimScale]

	[[Category:Research_/_Innovation]] [[Category:Design]] [[Category:Property_development]]		[[Category:Research_/_Innovation]] [[Category:Design]] [[Category:Property_development]]

Editor: moved Cloud-based Wind comfort simulations to Wind comfort simulations

2020-05-26T09:59:47Z

moved Cloud-based Wind comfort simulations to Wind comfort simulations

← Older revision

Revision as of 09:59, 26 May 2020