The invention discloses a weak intercalated layer control-based closed conduit-slope
system optimization
layout method, which comprises the following steps of S1,
geological survey and parameter acquisition: accurately positioning a weak intercalated layer through a geological
radar and drilling
coring, and determining a rock-soil body
strength parameter by combining a laboratory rock-soil mechanical test, geological
radar data and rock-soil body strength parameters are analyzed through a
random forest algorithm, and the interlayer space
distribution rule is predicted. By combining
geological survey, numerical
simulation, intelligent optimization and
dynamic monitoring technologies, scientific
layout and adjustment of a closed conduit-side slope
system are realized, a weak intercalated layer seepage path is accurately
cut off, the
safety coefficient of the side slope is effectively improved, meanwhile, expansion of a plastic zone is effectively inhibited, settlement of an overlying soil body or large-range deformation of the side slope is reduced, and the stability of the side slope is improved. The seepage stability and the stress slow release capacity of the
system are enhanced, the safety of the
water diversion project in a complex geological area is improved, and an operable technical path and basis can be provided for
layout of similar projects in the future.