CEBs in a Humid Climate - Revision history

Eric: Added some more information

2020-04-11T02:21:21Z

Added some more information

← Older revision		Revision as of 02:21, 11 April 2020
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	*This page aims to determine how [[CEB]]s will work in a Humid Climate		*This page aims to determine how [[CEB]]s will work in a Humid Climate
	*The definition of humid is relitively loose as of now		*The definition of humid is relitively loose as of now
			*To cure properly, moist environment is helpful - so a wetter climate should be more suitable for producing stabilized CEBs than a dry climate.
	* '''NEEDS MORE RESEARCH'''		* '''NEEDS MORE RESEARCH'''
	*As we expand into different classifications of climates (Areas with monsoons, rainforests etc) this data will be needed and/or gained by work there		*As we expand into different classifications of climates (Areas with monsoons, rainforests etc) this data will be needed and/or gained by work there
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	=Existing Research=		=Existing Research=
	*~~This paper states that high humidity may swell and eventually degrade unstabilized CEBs~~. ~~That has not been our experience~~ in ~~[[Missouri]~~] , where unstabilized structures built in 2011 show zero erosion due to humidity - for example the HabLab interior walls and the Workshop interior and exterior walls where they are protected from rain by overhangs. [https://www.huduser.gov/portal/sites/default/files/pdf/Compressed-Earth-Blocks.pdf]		*[http://www.english.ecosur.org/index.php/past-editions-e-magazine-285/79-edition-23-december-2006/329-compressed-earth-blocks-resisting-moisture A Czech Technical University in Prague Study on This Topic] (Essentially dry, stabalization doesn't matter if enough pressure is used, damp/wet, it is near essential, but works well?)
			*[https://www.huduser.gov/portal/sites/default/files/pdf/Compressed-Earth-Blocks.pdf This paper states that high humidity may swell and eventually degrade unstabilized CEBs]
	*Paper also says that stabilization addresses such degradation (sCEBs)		*Paper also says that stabilization addresses such degradation (sCEBs)
	*To cure properly, moist environment is helpful - so a wetter climate is more suitable for producing stabilized CEBs than a dry climate.

	=OSE Case Studies=		=OSE Case Studies=
	*		==Missouri FeF==
			*In [[Missouri]] , unstabilized structures built in 2011 (the HabLab interior walls and the Workshop interior and exterior walls where they are protected from rain by overhangs) show zero erosion due to humidity

	=OSE Tests=		=OSE Tests=

Eric: Added an internal link

2020-04-11T02:03:30Z

Added an internal link

← Older revision		Revision as of 02:03, 11 April 2020
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	=Existing Research=		=Existing Research=
	*This paper states that high humidity may swell and eventually degrade unstabilized CEBs. That has not been our experience in ~~Maysville,~~ Missouri, where unstabilized structures built in 2011 show zero erosion due to humidity - for example the HabLab interior walls and the Workshop interior and exterior walls where they are protected from rain by overhangs. [https://www.huduser.gov/portal/sites/default/files/pdf/Compressed-Earth-Blocks.pdf]		*This paper states that high humidity may swell and eventually degrade unstabilized CEBs. That has not been our experience in [[Missouri]] , where unstabilized structures built in 2011 show zero erosion due to humidity - for example the HabLab interior walls and the Workshop interior and exterior walls where they are protected from rain by overhangs. [https://www.huduser.gov/portal/sites/default/files/pdf/Compressed-Earth-Blocks.pdf]
	*Paper also says that stabilization addresses such degradation (sCEBs)		*Paper also says that stabilization addresses such degradation (sCEBs)
	*To cure properly, moist environment is helpful - so a wetter climate is more suitable for producing stabilized CEBs than a dry climate.		*To cure properly, moist environment is helpful - so a wetter climate is more suitable for producing stabilized CEBs than a dry climate.

Eric: Added some more information

2020-04-11T02:02:51Z

Added some more information

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 *This paper states that high humidity may swell and eventually degrade unstabilized CEBs. That has not been our experience in Maysville, Missouri, where unstabilized structures built in 2011 show zero erosion due to humidity - for example the HabLab interior walls and the Workshop interior and exterior walls where they are protected from rain by overhangs. [https://www.huduser.gov/portal/sites/default/files/pdf/Compressed-Earth-Blocks.pdf]
 *Paper also says that stabilization addresses such degradation (sCEBs)
 *To cure properly, moist environment is helpful - so a wetter climate is more suitable for producing stabilized CEBs than a dry climate.

Marcin at 09:08, 4 January 2020

2020-01-04T09:08:10Z

← Older revision		Revision as of 09:08, 4 January 2020
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	*This paper states that high humidity may swell and eventually degrade CEBs. That has not been our experience in Maysville, Missouri, where structures built in 2011 show zero erosion due to humidity - for example the HabLab interior walls and the Workshop interior and exterior walls where they are protected from rain by ~~overhands~~. [https://www.huduser.gov/portal/sites/default/files/pdf/Compressed-Earth-Blocks.pdf]		*This paper states that high humidity may swell and eventually degrade unstabilized CEBs. That has not been our experience in Maysville, Missouri, where unstabilized structures built in 2011 show zero erosion due to humidity - for example the HabLab interior walls and the Workshop interior and exterior walls where they are protected from rain by overhangs. [https://www.huduser.gov/portal/sites/default/files/pdf/Compressed-Earth-Blocks.pdf]
	*Paper also says that stabilization addresses such degradation (sCEBs)		*Paper also says that stabilization addresses such degradation (sCEBs)
	*To cure properly, moist environment is helpful.		*To cure properly, moist environment is helpful - so a wetter climate is more suitable for producing stabilized CEBs than a dry climate.

Marcin: Marcin moved page CEBs in a Wet Climate to CEBs in a Humid Climate

2020-01-04T09:00:59Z

Marcin moved page CEBs in a Wet Climate to CEBs in a Humid Climate

← Older revision

Revision as of 09:00, 4 January 2020

Marcin at 08:49, 4 January 2020

2020-01-04T08:49:22Z

← Older revision		Revision as of 08:49, 4 January 2020
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	*This paper states that high humidity may swell and eventually degrade CEBs. That has not been our experience in Maysville, Missouri, where structures ~~build~~ in 2011 show zero erosion due to humidity - for example the HabLab interior walls and the Workshop. [https://www.huduser.gov/portal/sites/default/files/pdf/Compressed-Earth-Blocks.pdf]		*This paper states that high humidity may swell and eventually degrade CEBs. That has not been our experience in Maysville, Missouri, where structures built in 2011 show zero erosion due to humidity - for example the HabLab interior walls and the Workshop interior and exterior walls where they are protected from rain by overhands. [https://www.huduser.gov/portal/sites/default/files/pdf/Compressed-Earth-Blocks.pdf]
	*Paper also says that stabilization addresses such degradation (sCEBs)		*Paper also says that stabilization addresses such degradation (sCEBs)
	*To cure properly, moist environment is helpful.		*To cure properly, moist environment is helpful.

Marcin: Created page with "*This paper states that high humidity may swell and eventually degrade CEBs. That has not been our experience in Maysville, Missouri, where structures build in 2011 show zero..."

2020-01-04T08:45:11Z

Created page with "*This paper states that high humidity may swell and eventually degrade CEBs. That has not been our experience in Maysville, Missouri, where structures build in 2011 show zero..."

New page

*This paper states that high humidity may swell and eventually degrade CEBs. That has not been our experience in Maysville, Missouri, where structures build in 2011 show zero erosion due to humidity - for example the HabLab interior walls and the Workshop. [https://www.huduser.gov/portal/sites/default/files/pdf/Compressed-Earth-Blocks.pdf]
*Paper also says that stabilization addresses such degradation (sCEBs)
*To cure properly, moist environment is helpful.