Modeling method for finite element simulation uniaxial penetration strength test, equipment and readable storage medium

The invention provides a modeling method for a finite element simulation uniaxial penetration strength test, equipment and a readable storage medium. The modeling method comprises the steps of: configuring and establishing a test piece model; configuring material parameters of the test piece model, and endowing section parameters of the test piece model; connecting a pressure head at a preset position of the test piece model, and assembling a component to enable the pressure head to be just in contact with the test piece; setting an analysis step, setting analysis time, and setting the displacement and load of a reference point to be output in historical output; setting a friction coefficient for the contact surface of the test piece model and the pressure head; setting boundary conditionsof the test piece model; and executing a uniaxial penetration strength test, and outputting a test result. A finite element is adopted to simulate a real uniaxial penetration test, compared with a real test, the operation is simple, the cost of purchasing test equipment is reduced, the tedious step of manufacturing a test piece is omitted, the simulated limit load is close to an actual measurement result, and designers can conveniently carry out mix proportion design or high-temperature stability checking calculation.