【Daily Discussion】Hydropower Engineering - 20200820
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①Stability is maintained by utilizing the frictional force generated by the weight on the dam foundation surface, as well as the cohesion between the dam and the foundation, to resist horizontal water pressure② The compressive stress induced by the weight is used to counteract the tensile stress generated by water pressure
This post was last edited by h20090630 on 2020-8-26 at 16:01. ① Stability is maintained by utilizing the frictional force generated by the weight of the dam on the dam foundation surface, as well as the cohesion between the dam and the foundation, to counteract horizontal water pressure. ② The compressive stress resulting from the weight of the dam is used to offset the tensile stress caused by water pressure
①Stability is maintained by utilizing the frictional force generated by the weight on the dam foundation surface, as well as the cohesion between the dam and the foundation, to resist horizontal water pressure② The compressive stress induced by the weight is used to counteract the tensile stress generated by water pressure
Stability is maintained by utilizing the frictional force generated by the weight on the dam foundation surface, as well as the cohesion between the dam and the foundation, to resist horizontal water pressure② The compressive stress induced by the weight is used to counteract the tensile stress generated by water pressure
①Stability is maintained by utilizing the frictional force generated by the weight on the dam foundation surface, as well as the cohesion between the dam and the foundation, to resist horizontal water pressure② The compressive stress induced by the weight is used to counteract the tensile stress generated by water pressure
①Stability is maintained by utilizing the frictional force generated by the weight on the dam foundation surface, as well as the cohesion between the dam and the foundation, to resist horizontal water pressure② The compressive stress induced by the weight is used to counteract the tensile stress generated by water pressure
①Stability is maintained by utilizing the frictional force generated by the weight on the dam foundation surface, as well as the cohesion between the dam and the foundation, to resist horizontal water pressure② The compressive stress induced by the weight is used to counteract the tensile stress generated by water pressure
①Stability is maintained by utilizing the frictional force generated by the weight on the dam foundation surface, as well as the cohesion between the dam and the foundation, to resist horizontal water pressure②. The compressive stress resulting from the weight is used to counteract the tensile stress caused by water pressure.
①Stability is maintained by utilizing the frictional force generated by the weight on the dam foundation surface, as well as the cohesion between the dam and the foundation, to resist horizontal water pressure②. The compressive stress resulting from the weight is used to counteract the tensile stress caused by water pressure.
①Stability is maintained by utilizing the frictional force generated by the weight on the dam foundation surface, as well as the cohesion between the dam and the foundation, to resist horizontal water pressure② The compressive stress induced by the weight is used to counteract the tensile stress generated by water pressure