Important Considerations for Passive Network Construction Plans

The primary difference from traditional barrier structures lies in the system's flexibility and strength, which are sufficient to absorb and dissipate the kinetic energy of anticipated falling rock impacts. This effectively transforms the traditional rigid or low-strength, low-flexibility structures into high-strength and flexible structures, thereby enhancing the system's protective function.
2. Utilizing the comprehensive parameter of the impact kinetic energy of falling rocks as the primary design factor, we have avoided the issue of difficulty in determining the impact dynamic loads in traditional structural designs, which primarily rely on loads. This approach has enabled quantitative design of the structure and has developed and refined standardized forms that are adaptable to various common types and scales of falling rock collapses.
3. The development and finalization of the system product are based on a large number of on-site tests, leading to a standardized and balanced design of the system's components. It can safely absorb the kinetic energy of falling rocks within the system's design capacity, converting it into the system's deformation energy for dissipation. This function is largely independent of the impact point of falling rocks on the net, providing system design and selection options.Standardization has brought tremendous convenience.
4. The design not only considers ease of installation but also ensures it can be achieved in harsh terrains like cliffs, requiring minimal anchoring and excavation for the quickest and simplest construction and installation.
5. To accommodate the factory-ization trend in the construction industry, all system components are produced in a standardized factory setting. On-site construction primarily involves a few foundational works centered around anchor bolt installations, with the majority being modular assembly tasks. Construction and maintenance personnel require only a minimal set of routine, simple tools to carry out system installations, repairs, and component replacements.
The system's structure and basic form have been simplified, with a continuous arrangement based on an inter-column span between two steel pillars, making it highly adaptable to various complex terrains.