Abstract:In order to study the effect of two parameters of elevation difference and horizontal distance on the vibration velocity under the effect of the deep hole blasting on the slope. The engineering similarity model for simulation was established by LS-DYNA. The single and multiple regression analysis was performed on the vibration velocity of the measuring points. The results show that the classical Sadowski formula has a higher fitting degree of the vibration velocity on the stepped terrain of the rock mass. On the slope surface, the apparent vibration velocity amplification effect occurs with the change of elevation. The correlation coefficient between the blasting vibration velocity and the height deviation along the slope surface is higher than the horizontal distance and its correlation coefficient at ~12%. The blasting vibration velocity regression analysis of different height deviation positions on the slope is calculated by using two different velocity formulas. And the fitting degree of the height deviation correction formula is significantly higher than the Sadowski formula’s fitting degree.