Tunnel Blasting Design System is a specialized software tool for tunnel engineers to design, simulate, and analyze blast operations in tunnel construction. It provides precision design and real-time simulation capabilities to optimize tunnel blasting processes and enhance safety and efficiency.
Features
Interactive blast hole design
Allows users to design blast patterns with an easy-to-use, interactive interface, enabling precise placement of blast holes within a tunnel structure.
Real-time blast simulation
Provides real-time visualization of blast sequences, enabling engineers to simulate and adjust their plans before actual implementation to ensure safety and efficiency.
Vibration analysis
Analyzes vibration patterns resulting from blast operations to help minimize structural damage and optimize charge distribution.
Delay-charge distribution
Offers tools to design and adjust delay timings and charge weights, ensuring controlled and efficient blasting results.
Void Ratio Calculation
Calculates the void ratio by determining the empty hole area relative to the rock area between hole tangents.
Distance Calculation
Determines the edge-to-edge distance required to achieve a specific void ratio, such as 40%.
Visual Representation
Provides a diagram showing the charge hole and empty hole with tangent lines for visual understanding at the specified void ratio.
Void Ratio vs Distance Chart
Displays a graph showing the relationship between void ratio and the distance between hole centers, highlighting optimal configurations.
Borehole Configuration
Enables the configuration of boreholes with various delay times, weights, and lengths to optimize blasting results.
Maximum Charge Vibration Analysis
Analyzes the vibration effects of the charges used in blasting to ensure safety and compliance with regulatory limits.