Engineers and hurricanes - Revision history

Editor at 17:04, 19 March 2021

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	* Helping communities recover from disasters and protecting them before they occur.		* Helping communities recover from disasters and protecting them before they occur.
	* Hurricane design considerations.		* Hurricane design considerations.
		+	* Interferometric synthetic aperture radar InSAR.
	* Managing and responding to disaster.		* Managing and responding to disaster.
	* Masterplanning.		* Masterplanning.

Designing Buildings at 08:50, 11 December 2020

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	* Two steps towards a more resilient world.		* Two steps towards a more resilient world.

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Designing Buildings at 08:58, 2 December 2020

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	* Two steps towards a more resilient world.		* Two steps towards a more resilient world.

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Designing Buildings at 10:11, 13 December 2018

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	* Flood risk management plans.		* Flood risk management plans.
	* Future proofing construction.		* Future proofing construction.
		+	* Helping communities recover from disasters and protecting them before they occur.
	* Hurricane design considerations.		* Hurricane design considerations.
	* Managing and responding to disaster.		* Managing and responding to disaster.

Designing Buildings at 12:06, 22 November 2018

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	--[[User:The_Institution_of_Civil_Engineers\|The Institution of Civil Engineers]]		--[[User:The_Institution_of_Civil_Engineers\|The Institution of Civil Engineers]]

−	= ~~Find out more~~ =	+	= Related articles on Designing Buildings Wiki =

−	~~=== Related articles on Designing Buildings Wiki ===~~	+	* Articles by ICE on Designing Buildings Wiki
−		+
−	* ~~[[User:The_Institution_of_Civil_Engineers\|~~Articles by ICE on Designing Buildings Wiki]]	+
	* Catchment flood management plan CFMP.		* Catchment flood management plan CFMP.
	* Coastal defences.		* Coastal defences.

Editor at 09:59, 15 September 2017

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	* Flood risk management plans.		* Flood risk management plans.
	* Future proofing construction.		* Future proofing construction.
		+	* Hurricane design considerations.
	* Managing and responding to disaster.		* Managing and responding to disaster.
	* Masterplanning.		* Masterplanning.

Editor at 16:31, 19 April 2017

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	* Risk assessment.		* Risk assessment.
	* Ten years on – Lessons from the Flood on building resilience.		* Ten years on – Lessons from the Flood on building resilience.
		+	* Two steps towards a more resilient world.

	[[Category:Health_and_safety_/_CDM]] [[Category:Construction_techniques]] [[Category:Roles_/_services]]		[[Category:Health_and_safety_/_CDM]] [[Category:Construction_techniques]] [[Category:Roles_/_services]]

Editor at 12:36, 2 September 2016

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	Robert N. Roop, Founder and President of US firm Lockatong Engineering gives an insight into how engineers help minimise risk and damage to communities.		Robert N. Roop, Founder and President of US firm Lockatong Engineering gives an insight into how engineers help minimise risk and damage to communities.

−	[[File:Hurricane-over-the-usa.jpg]]	+	[[File:Hurricane-over-the-usa.jpg\|link=File:Hurricane-over-the-usa.jpg]]

	Hurricanes are one of the most destructive forces that can hit a country. Hurricanes are large, spiraling tropical storms that can pack wind speeds of over 160 mph and unleash more than 2.4 trillion gallons of rain a day.		Hurricanes are one of the most destructive forces that can hit a country. Hurricanes are large, spiraling tropical storms that can pack wind speeds of over 160 mph and unleash more than 2.4 trillion gallons of rain a day.
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	* Flood risk management plans.		* Flood risk management plans.
	* Future proofing construction.		* Future proofing construction.
		+	* Managing and responding to disaster.
	* Masterplanning.		* Masterplanning.
	* Risk assessment.		* Risk assessment.

Editor: Created page with "Robert N. Roop, Founder and President of US firm Lockatong Engineering gives an insight into how engineers help minimise risk and damage to communities. [[File:Hurricane-over-th..."

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Created page with "Robert N. Roop, Founder and President of US firm Lockatong Engineering gives an insight into how engineers help minimise risk and damage to communities. [[File:Hurricane-over-th..."

New page

Robert N. Roop, Founder and President of US firm Lockatong Engineering gives an insight into how engineers help minimise risk and damage to communities.

[[File:Hurricane-over-the-usa.jpg]]

Hurricanes are one of the most destructive forces that can hit a country. Hurricanes are large, spiraling tropical storms that can pack wind speeds of over 160 mph and unleash more than 2.4 trillion gallons of rain a day.

On September 8, 1900, the city island of Galveston, Texas was hit by the deadliest hurricane in US history where an estimated 8,000 people lost their lives. 105 years later, the country was hit again by Hurricane Katrina, which resulted in over $105 bn of damage in properties, infrastructure, and livelihood.

Because of the threats that hurricanes pose yearly, many organisations and private professionals like engineers are now creating plans for how to reduce the risk and damage from hurricanes before, during, and after their onslaught.

Before the hurricane season comes, engineers develop risk mitigation measures that reduce the frequency, intensity, scale and impact of hazards brought by the hurricane. Preparedness plans are produced which often include early warning systems that monitor and predict the occurrence of hazards, and contingency plans for effective response and recovery which can be implemented by the community.

Professional engineers are also responsible for spreading advocacy by influencing and encouraging the community and other bodies to become involved in reducing identified risk. Furthermore, engineers have the task to develop and construct infrastructure with high natural disaster resistance.

In the US, one of the government agencies that responds during natural disasters such as a hurricane is the US Army Corps of Engineers (USACE).

The USACE has a workforce of over 37,000 civilians and active duty personnel that deliver engineering services in over 90 countries. Throughout the onslaught, they provide affected people with immediate emergency support, critical commodities and temporary emergency power, and initiate recovery efforts by assessing and restoring damaged infrastructure. During and after Hurricane Sandy in 2012, the USACE team efficiently removed saltwater from subways and tunnels, and helped clear up 3.6 million cubic yards of debris from city areas.

Judging the wide scope of their role – from planning to implementation to rebuilding – it’s clear that engineers play a vital part in reducing the damage caused by hurricanes and ensuring the life and safety of the public.

Lockatong’s useful infographic at [http://www.lockatong.com/ www.lockatong.com], explains more.

-----
This article was originally published by ICE as [https://www.ice.org.uk/news/knowledge/september-2016/how-do-engineers-protect-communities-hurricane 'How do engineers help protect communities during hurricane season?'] on 1 Sept 2016.

--[[User:The_Institution_of_Civil_Engineers|The Institution of Civil Engineers]]

= Find out more =

=== Related articles on Designing Buildings Wiki ===

* [[User:The_Institution_of_Civil_Engineers|Articles by ICE on Designing Buildings Wiki]]
* Catchment flood management plan CFMP.
* Coastal defences.
* Environmental plan.
* Flood risk.
* Flood risk management plans.
* Future proofing construction.
* Masterplanning.
* Risk assessment.
* Ten years on – Lessons from the Flood on building resilience.

[[Category:Health_and_safety_/_CDM]] [[Category:Construction_techniques]] [[Category:Roles_/_services]]