Blast
Containment Design

Containment structures are required for explosives processing, testing and
demilitarization. Southwest Research Institute® (SwRI®) has the expertise in
blast effects, field testing, numerical modeling, fabrication, and environmental
monitoring needed to solve unique blast containment problems. The Engineering
Dynamics Department staff can handle a containment problem from conceptual
design through fabrication, proof testing, and installation.
Capabilities
- Blast-resistant design
- Explosives testing
- High-speed data recording
- High-speed photography
- Design-build capability
- Dynamic finite element analysis (FEA)
- Hydrocode analysis
- Heavy structural fabrication
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CAD model of portable blast chamber for
munitions disposal
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Experience
- Design, fabrication and testing of portable demilitarization container
- Design, fabrication and testing of 22-lb high explosives (HE) test
chamber
- Chamber life extension studies
- Containment design for melt-pour HE production facilities
- Development of TOW missile shields for Bradley fighting vehicle
Facilities
- Ballistics and explosives test ranges
- Remote test sites
- Testing up to 1000 lbs HE
- Fabrication and machine shop facilities
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Los Alamos National Laboratory (LANL)
blast chamber
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FEA grid of LANL spherical test vessel
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The SwRI Engineering Dynamics Department
provides solutions for blast containment problems including blast-resistant
design, fabrication, and verification testing. SwRI engineers also address
environmental concerns related to explosions such as noise abatement and
pollution control.
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This flyer was published in April 2009. For more information about
Blast Containment Design, contact
P. A. Cox, (210)
522-2315, or
Scott A. Mullin, (210) 522-2340,
Mechanical Engineering Division, Southwest
Research Institute, P.O. Drawer 28510, San Antonio, Texas 78228-0510.
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