A comparative study of four passive building energy simulations : DOE-2.1, BLAST SUNCAT-2.4, DEROB-III /

"Work Performed Under Contract No. EG-77-C-01-4042."

Biological blast effects /

"Progress report AEC Contract no. AT(29-1)-1242."

Blast biology /

"TID-5764."

BLAST: a stereoscopic television display,

Vita.

Sedan long range blast propagation, final report /

Project Sedan.

Close-in air blast form a nuclear event in NTS desert alluvium.

"Issued: October 2, 1964."

A blast-wave theory of crater formation in semi-infinite targets,

"Resaerch...sponsored by the National Aeronautics and Space Administration under Contract no. NAS 3-2121."

Computation by the method of characteristics of disturbance in an elastic half-space caused by blast-like surface loading

Mode of access: Internet.

The manufacture of iron, in all its various branches. Also, a description of forge hammers, rolling mills, blast machines, hot blast, etc., etc. To which is added an essay on the manufacture of steel.

Mode of access: Internet.

Blast and thermal effects.

Mode of access: Internet.

Engineering and cost considerations for tunnel grid blast shelter concept /

"August 1965."

Blast furnace and steel plant.

"The engineering authority of the steel industry."

Comparison of blast furnace raceway size with theory

A previously developed one-dimensional mathematical model, to explain raceway hysteresis, is used to predict the raceway diameter in operating blast furnaces and hot models. Raceway size obtained from the open literature under various conditions for various blast furnaces are compared with computed predictions. In addition the predictions are also compared with published outcomes from other hot models. Simulated results on raceway diameter are in very good agreement with published operating blast furnace and hot model data. The effect of various parameters such as tuyere and hearth diameter, coke size and density, void fraction and bed height on raceway diameter has been studied.