J. C. Muirhead

• Blast wave attenuation. II. Cooling
• Blast wave attenuation. Part I: Water walls. (U)
• Development of expendable gauges for detecting the arrival of shock fronts I. A pressure contactor with "mylar" element (U)
• Measurements of air velocities in the shock tube. I. From the velocities of rarefaction waves (U)
• Model studies of blast effects. V: A comparison of air movements associated with the entry of shock waves into trench type shelters over a scale range of 1/54 to 1/5
• Model studies of blast effects. VI: An investigation of the air movement associated with the entry of shock waves into modified parapet trenches
• Model studies of blast effects. VII: Entry of blast into the household basement fallout shelter
• Model studies of blast effects. Part II. Shock tube observations on the air movement associated with the entry of shock waves into trench type shelters (U)
• On dust raising and the mechanism by which it attenuates shock waves (U)
• On the inertial lag of tobacco smoke particles and the effect of small orifices on shock tube flows (U)
• Some observations on dust raising and shock wave drag forces
• Studies on pressure gauge baffles. I. Design of test facilities (U)