Why BREEZE?Question
Quality, innovation, expertise & a lot more. MORE

Trainingtraining
Training on model fundamentals and real world applications. MORE | WEBINARS

Special Offersspecial

Special AERMOD, training, and data offers.
RMP emergency response planning offer. 

MORE

Purchase BREEZEonline
Same day delivery on many software and data products.  SALES | PRICING

Explosion Models and Damage Assessment Models

BREEZE offers multiple explosion modeling software solutions designed to meet the increasing challenges faced by today's safety, security and engineering professionals.  The BREEZE Explosion Product Line is designed with the end user in mind.  Functionality, productivity tools, and numeric models are organized based on consideration of experience level, intended application, and modeling environment. 

The BREEZE Explosion Product Line includes the following Modeling Suites:   

 

Building Model

 

ExDAM

Explosion and Damage Assessment Modeling (ExDAM) Suite designed to evaluate the potential damage to structures and injury to people caused by high explosives and vapor cloud explosions.  Products include:
  • HExDAM - High Explosive Damage Assessment Model
  • VExDAM - Vapor Cloud Explosion Damage Assessment Model
  • VASDIP - Vulnerability Assessment of Structurally Damaging Impulses and Pressures
HAZ

 

HAZ Fire / Explosion

HAZ Fire/Explosion is a comprehensive package for modeling flammable and explosive chemical releases to evaluate radiation/overpressure hazards from various fire/explosion scenarios.
CHARM

 

CHARM

The Complex Hazardous Air Release Modeling (CHARM)system calculates and predicts the movement and concentration of airborne plumes from mechanical and vapor cloud explosions, chemical releases, thermal radiation impacts from BLEVEs, and pool and jet fires.
 

 The BREEZE Product Line is ideally suited for evaluating the following "real-world" applications:

 
  • Threat Assessment and Vulnerability Assessments
  • Force Protection, Modeling, Simulation and Analysis
  • Event Planning / Sports Security
  • Response Simulation and Training
  • Facility Siting Studies
  • Demonstrate Compliance with Antiterrorism Standards
  • Insurance and Liability Evaluations
  •  
  • Perimeter Analysis (Standoff Distance Determination)
  • Blast Mitigation Design and Testing
  • Critical Infrastructure Analysis and Protection
  • Blast Event Reconstruction and Forensics Analysis
  • Facility and Community Emergency Response Plans
  • Security Systems Engineering and Policy Analysis
  • Accidental Explosion Modeling
  • BREEZE Explosion Models are based on sound scientific methods and employ powerful numerical processing and results visualization capabilities.