British researchers have developed a new blast-prediction software aimed at enhancing the safety of public venues against potential terror attacks. Created by a team at the University of Sheffield, the tool is designed to forecast the extent of damage caused by explosions, providing valuable data for improving building resilience.

Dr. Andrew Barr, a lead scientist involved in the project, explained that the software could significantly contribute to the design and adaptation of structures such as stadiums and shopping centers. By predicting how an explosion might impact a building, architects and engineers can implement measures to reduce structural damage and, critically, minimize injuries to occupants.

The technology was detailed in the journal Process Safety and Environmental Protection. Beyond assessing blast effects, the software assists in the development of materials to be placed around explosives. These materials aim to dissipate blast energy, thereby lowering the overall destructive impact.

This innovation represents a proactive approach to countering threats in crowded public spaces, focusing on preparedness and mitigation. While the software’s initial applications are geared toward architectural design enhancements, its use in material science may further augment protective strategies against explosions.

The development comes amid ongoing concerns about the vulnerability of high-traffic venues to terrorist attacks, highlighting the importance of integrating advanced predictive tools into security and construction planning.