Blast waves

Experimental pressure and velocity profiles of simulated blast waves produced by a composite driver

Kevin William Linfield

Effects of terrain on blast prediction methods and predictions

prepared by Scientific Service, Inc.

Effects of terrain on blast waves

John H. Keefer, George T. Watson, George A. Coulter and Vincent L. King.

Air-curtain system for blast-wave simulators to remove combustion products from thermal radiation sources

A. A. Haasz, J. J. Gottlieb and L. D. Reid.

Laminar boundary layers behind blast and detonation waves

Xixing Du, W. S. Liu and I. I. Glass.

Numerical study of unsteady flows in large air-driven blast simulators with single and multiple drivers

George L. Petrini and J. J. Gottlieb.

Operation Plumbbob - Projects 1.8a and 1.8c: effects of rough and sloping terrain on airblast phenomena

E. J. Bryant and John H. Keefer.

Numerical prediction of blast-wave flows outside and inside a power house of a nuclear-power generating station

J. J. Gottlieb, Tsutomu Saito and K. Y. Zhang.

Analysis of boiler room pressures following a potential rupture of the main coolant line in a nuclear power plant

Ian J. Billington and I. I. Glass.

Development of random choice numerical methods for blast wave problems

Harland M. Glaz.