Thu May 21, 2015 | Post #1 | JAI PRAKASH
Join date: May 2014 | SOME LIMITATIONS OF CSEB
• Proper soil identification is required or unavailability of soil. • Unawareness of the need to manage resources. • Ignorance of the basics for production & use. • Wide spans, high & long building are difficult to do. | • Low technical performances compared to concrete. • Untrained teams producing bad quality products. • Over-stabilization through fear or ignorance, implying outrageous
| • Under-stabilization resulting in low quality products. • Bad quality or un-adapted production equipment. • Low social acceptance due to counter examples (By unskilled people, or bad soil & equipment). |
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Thu May 21, 2015 | Post #2 | aladin
Join date: May 2015 | Post subject: not a full answer to the question
Thanks for the reply. I would appreciate if one answer all my three questions.
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Fri May 22, 2015 | Post #3 | JAI PRAKASH
Join date: May 2014 | :) | |
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Sun May 24, 2015 | Post #4 | aladin
Join date: May 2015 | Can any expert answer my questions please?
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Thu Jun 11, 2015 | Post #5 | aladin
Join date: May 2015 | Post subject: Can anyone anser?
I am awaiting a reply
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Tue Jun 16, 2015 | Post #6 | JAI PRAKASH
Join date: May 2014 | 1) Yes, Completed walls require either a reinforced bond beam or a ring beam on top or between floors (8')and if the blocks are not stabilized, a plaster finish, usually stucco wire/stucco cement and or lime plaster. Stabilized blocks create a brick wall that if properly stabilized can be left exposed with no outer plaster finish. There are also countless local materials that can be used for natural plasters and tuck pointing techniques that help to reduce the total cost of construction.2) No, Also, due to the enormous mass — these are monolithic walls — CEB has excellent thermal performance, reducing heating and cooling costs. 3) No, Standards for foundations are similar to those for brick walls. A CEB wall is heavy. Footings must be at least 10 inches thick, with a minimum width that is 33 percent greater than the wall width. If a stem wall is used, it shall extend to an elevation not less than eight inches (203 mm) above the exterior finish grade. Rubble-filled foundation trench designs with a reinforced concrete grade beam above are allowed to support CEB construction.
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Brick Walls, Pillars and Structure-Construction Questions (39) | |
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