Abstract
The construction scale of high arch dams is large and the overall structure is complex. Numerical simulation results obtained only by quoting standard parameters or laboratory measurements are quite different from actual engineering conditions. Based on a set of temperature-stress coupling simulation system, the key thermodynamic parameters used in the simulation calculation are further optimized through monitoring data and experimental results, so as to be close to the actual engineering state and better for studying the working status of high arch dams. Combined with actual applications, it is shown that the optimized results of the method are consistent with the actual objective laws, can better reflect the real situation, reduce the “noise” interference in the data, and verify the correctness and feasibility of the method.
Published Version
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