Fire Modeling for Fire Protection Code Consulting and Life Safety Portfolio
TERPconsulting’s Fire Modeling for Fire Protection Code Consulting and Life Safety Portfolio highlights our expertise in using advanced computational tools to simulate fire dynamics, smoke movement, and occupant egress in complex building environments. Our licensed fire protection engineers employ Computational Fluid Dynamics (CFD) and other modeling techniques to evaluate real-world fire scenarios, enabling precise analysis and informed design decisions that support both code compliance and performance-based safety objectives.
Fire modeling allows our team to analyze critical variables such as heat release rates, smoke layer formation, detector placement, air leakage, and occupant travel times. These simulations validate innovative designs, justify alternative code solutions, and often reduce unnecessary system oversizing while maintaining optimal life safety performance.
Our portfolio demonstrates applications in high-rises, atriums, stadiums, underground structures, and other challenging environments where modeling informs efficient, cost-effective fire protection system design. By leveraging fire modeling, TERPconsulting helps project teams optimize safety systems, minimize maintenance, and ensure compliance with local and national fire protection codes.
Explore our Fire Modeling Portfolio below to see examples of projects where TERPconsulting’s simulations have enhanced life safety, validated design alternatives, and delivered measurable efficiencies for complex construction projects.
