Large concrete structures like dams require sophisticated thermal management to prevent cracking; this is achieved by embedding thousands of kilometers of thin steel pipes throughout the interior, through which cold water circulates after each concrete lift to carry heat away from the core, combined with limiting each concrete column to 15 meters on a side and 1.5 meters in height with a minimum 3-day curing period between lifts.
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The solution involved embedding thousands of kilometers of thin steel pipes throughout the dam's int本站添加:
The solution involved embedding thousands of kilometers of thin steel pipes throughout the dam's interior.
Cold water circulated through these serpentine pipes after each concrete lift, carrying heat away from the core and preventing catastrophic thermal cracking. Each concrete column was limited to 15 m on a side and 1.5 m in height with a minimum curing period of 3 days between lifts. This block pour method transformed an impossible thermal problem into a methodical sequence of thousands of individual placement.
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