Knock-on effect - Revision history

Editor at 13:05, 26 July 2022

2022-07-26T13:05:54Z

← Older revision		Revision as of 13:05, 26 July 2022
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	Knock-on effect is a phrase that has become increasingly more common in English, for a variety of uses. It refers to a secondary change, indirect, or a cumulative response to an initial adjustment or input. This may be known, unknown or unintended.		Knock-on effect is a phrase that has become increasingly more common in English, for a variety of uses. It refers to a secondary change, indirect, or a cumulative response to an initial adjustment or input. This may be known, unknown or unintended.

Designing Buildings at 08:11, 26 July 2022

2022-07-26T08:11:12Z

← Older revision		Revision as of 08:11, 26 July 2022
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−	Knock-on effect is a phrase that has become increasingly more common in English, for a variety of uses. It refers to secondary ~~changes~~, indirect, or a cumulative response to an initial adjustment or input. ~~These~~ may be known, unknown or unintended ~~consequences from certain actions in a process or system~~.	+	Knock-on effect is a phrase that has become increasingly more common in English, for a variety of uses. It refers to a secondary change, indirect, or a cumulative response to an initial adjustment or input. This may be known, unknown or unintended.

−	As a phrase it is likely to have originated in the sciences, in particular physics, where ~~it means~~ “Ejected, produced, or caused as a result of the collision of an atomic or sub-atomic particle with an atom.” (“Knock-on protons produced by 3MeV neutrons would not..produce visible flashes.” Nature, 1971.) Its use today can be found in relation to various types of both ~~man~~-made and natural systems engineering.	+	As a phrase it is likely to have originated in the sciences, in particular physics, where an example of its use is “Ejected, produced, or caused as a result of the collision of an atomic or sub-atomic particle with an atom.” (“Knock-on protons produced by 3MeV neutrons would not..produce visible flashes.” Nature, 1971.) Its use today can be found in relation to various types of both human-made and natural systems engineering.

−	In construction projects it may arise ~~through~~ project management and programming discussions. For example the knock on effect of the windows being the wrong size, was that the second fix was delayed by 6 weeks, which ~~impacts~~ the overall programme, costs and delivery date.	+	In construction projects it may arise in project management and programming discussions. For example the knock on effect of the windows being the wrong size, was that the second fix was delayed by 6 weeks, which impacted the overall programme, costs and delivery date.

−	In connection to climate change ~~management~~, knock-on effects are more general ways to describe phenomena such as the cascade effect or feedback loops. These describe how the climate changing, primarily temperature increase has consequential impacts on a variety of the earth systems, from hydrological to ecological systems. For example the knock-on effect of temperature change is more extreme weather patterns, or the knock-on effect of permafrost melting is that higher levels of methane are released into the atmosphere thus increasing climate change risks.	+	In connection to climate change, knock-on effects are more general ways to describe phenomena such as the cascade effect or feedback loops. These describe how the climate changing, primarily temperature increase has consequential impacts on a variety of the earth systems, from hydrological to ecological systems. For example the knock-on effect of temperature change is more extreme weather patterns, or the knock-on effect of permafrost melting is that higher levels of methane are released into the atmosphere thus increasing climate change risks.

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

−	* ~~A change to adoptive architecture~~	+	* Cascade effect.
−	* Accepted programme.	+
−	* Activity schedule.	+
−	* As-built programme.	+
−	* Contractor's master programme.	+
	* Climate change science.		* Climate change science.
	* Chlorofluorocarbons CFCs.		* Chlorofluorocarbons CFCs.
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	* CRC Energy Efficiency Scheme.		* CRC Energy Efficiency Scheme.
	* Contractor's working schedule.		* Contractor's working schedule.
−	* ~~Design programme~~.	+	* Delay.
	* Earth overshoot day.		* Earth overshoot day.
−	* ~~Environmental legislation.~~	+	* Feedback loop.
−	* ICE launches engineering route map to deliver UN SDGs.	+
−	* Information release schedule.	+
−	* Mean lean green.	+
	* Portfolio v programme.		* Portfolio v programme.
	* Programme v project.		* Programme v project.
−	* Programme for building design and construction (project programme).
−	* Short period programme.
−	* Smart cities.
	* Sustainable development.		* Sustainable development.
	* Sustainability.		* Sustainability.
	* Sustainable materials.		* Sustainable materials.
−	* Tender works programme.
−	* The future of UK power generation.
−	* Types of radioactive material (Radionuclides)
−	* Zero carbon homes.
−	* Zero carbon non-domestic buildings.
−
−	~~= A change to adoptive architecture =~~

	[[Category:DCN_Commentary]] [[Category:DCN_Definition]] [[Category:Definitions]] [[Category:Sustainability]] [[Category:Construction_management]] [[Category:Procurement]]		[[Category:DCN_Commentary]] [[Category:DCN_Definition]] [[Category:Definitions]] [[Category:Sustainability]] [[Category:Construction_management]] [[Category:Procurement]]

Editor at 10:09, 15 July 2022

2022-07-15T10:09:07Z

← Older revision		Revision as of 10:09, 15 July 2022
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	In construction projects it may arise through project management and programming discussions. For example the knock on effect of the windows being the wrong size, was that the second fix was delayed by 6 weeks, which impacts the overall programme, costs and delivery date.		In construction projects it may arise through project management and programming discussions. For example the knock on effect of the windows being the wrong size, was that the second fix was delayed by 6 weeks, which impacts the overall programme, costs and delivery date.

−	In connection to climate change management, knock-on effects are more general ways to describe phenomena such as the cascade effect or feedback loops. These describe how the climate changing, primarily temperature increase has consequential impacts on a variety of the earth systems, from hydrological to ecological systems. For example the knock-on effect of temperature change is more extreme weather patterns, or the knock-on effect of permafrost melting is that higher levels of methane are released into the atmosphere ~~this~~ increasing climate change.	+	In connection to climate change management, knock-on effects are more general ways to describe phenomena such as the cascade effect or feedback loops. These describe how the climate changing, primarily temperature increase has consequential impacts on a variety of the earth systems, from hydrological to ecological systems. For example the knock-on effect of temperature change is more extreme weather patterns, or the knock-on effect of permafrost melting is that higher levels of methane are released into the atmosphere thus increasing climate change risks.

	= Related articles on Designing Buildings =		= Related articles on Designing Buildings =
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	= A change to adoptive architecture =		= A change to adoptive architecture =
		+
		+	[[Category:DCN_Commentary]] [[Category:DCN_Definition]] [[Category:Definitions]] [[Category:Sustainability]] [[Category:Construction_management]] [[Category:Procurement]]

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Knock-on effect is a phrase that has become increasingly more common in English, for a variety of uses. It refers to secondary changes, indirect, or a cumulative response to an initial adjustment or input. These may be known, unknown or unintended consequences from certain actions in a process or system.

As a phrase it is likely to have originated in the sciences, in particular physics, where it means “Ejected, produced, or caused as a result of the collision of an atomic or sub-atomic particle with an atom.” (“Knock-on protons produced by 3MeV neutrons would not..produce visible flashes.” Nature, 1971.) Its use today can be found in relation to various types of both man-made and natural systems engineering.

In construction projects it may arise through project management and programming discussions. For example the knock on effect of the windows being the wrong size, was that the second fix was delayed by 6 weeks, which impacts the overall programme, costs and delivery date.

In connection to climate change management, knock-on effects are more general ways to describe phenomena such as the cascade effect or feedback loops. These describe how the climate changing, primarily temperature increase has consequential impacts on a variety of the earth systems, from hydrological to ecological systems. For example the knock-on effect of temperature change is more extreme weather patterns, or the knock-on effect of permafrost melting is that higher levels of methane are released into the atmosphere this increasing climate change.

= Related articles on Designing Buildings =

* A change to adoptive architecture
* Accepted programme.
* Activity schedule.
* As-built programme.
* Contractor's master programme.
* Climate change science.
* Chlorofluorocarbons CFCs.
* COP21 Paris 2015.
* CRC Energy Efficiency Scheme.
* Contractor's working schedule.
* Design programme.
* Earth overshoot day.
* Environmental legislation.
* ICE launches engineering route map to deliver UN SDGs.
* Information release schedule.
* Mean lean green.
* Portfolio v programme.
* Programme v project.
* Programme for building design and construction (project programme).
* Short period programme.
* Smart cities.
* Sustainable development.
* Sustainability.
* Sustainable materials.
* Tender works programme.
* The future of UK power generation.
* Types of radioactive material (Radionuclides)
* Zero carbon homes.
* Zero carbon non-domestic buildings.

= A change to adoptive architecture =