Design a concrete mix (using DOE method) for a reinforced concrete work. The percentage of defectives is 10%. The number of tested cubes are 18.The concrete is to be designed for a characteristic...

Design a concrete mix (using DOE method) for a reinforced concrete work. The percentage of defectives is 10%. The number of tested cubes are 18.The concrete is to be designed for a characteristic compressive strength of 40MPa at the age 28 days with 30- 60mm slump and rapid hardening Portland cement. Maximum size of aggregate is 20mm crushed aggregate will be used. Sieve analysis shows that fine aggregate within Lo a-RC IS
Design a concrete mix (using DOE<br>method) for a reinforced concrete<br>work. The percentage of defectives is<br>10%. The number of tested cubes are<br>18.The concrete is to be designed for<br>a characteristic compressive strength<br>of 40MPa at the age 28 days with 30-<br>60mm slump and rapid hardening<br>Portland cement. Maximum size of<br>aggregate is 20mm crushed<br>aggregate will be used. Sieve analysis<br>shows that fine aggregate within<br>zone 3 ?<br>

Extracted text: Design a concrete mix (using DOE method) for a reinforced concrete work. The percentage of defectives is 10%. The number of tested cubes are 18.The concrete is to be designed for a characteristic compressive strength of 40MPa at the age 28 days with 30- 60mm slump and rapid hardening Portland cement. Maximum size of aggregate is 20mm crushed aggregate will be used. Sieve analysis shows that fine aggregate within zone 3 ?

Jun 11, 2022
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