Multi-dimensional integrated rapid optimization method for ship high-temperature exhaust pipe bracket, computer storage medium and computer equipment

The invention discloses a multi-dimensional integrated rapid optimization method for a ship high-temperature exhaust pipe bracket, a computer storage medium and computer equipment. The method comprises the following steps: S1, acquiring parameters required by simulation; s2, solving the stress at the fulcrum of the exhaust pipe; s3, selecting an initial support plate thickness; s4, loading simulation parameters in the geometric model; s5, performing grid division, and completing finite element solution; s6, a finite element calculation result is judged, and whether the step S8 or the step S7 is executed is judged according to the result; s7, according to the thickness of the plate, whether the step S5 is executed after the thickness of the plate is increased or the step S5 is executed after the support structure is adjusted is judged; s8, the exhaust pipe support structure is output, the blank that in the prior art, the exhaust pipe support structure is generally used for optimizing a ship high-temperature ex