Mechanism Of Rain Erosion. Part 14
Report Number: WADC TR 53-192 Part 14
Author: Engel, Olive G.
Corporate Author: National Bureau Of Standards
Laboratory: Materials Central
Date of Publication: 1960-05
Pages: 52
Contract: AF 33(616)-593
AD Number: AD0234625
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This report has the following parts/volumes:
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Mechanism Of Rain Erosion, Part 1. Impact Pressure In Solid-Liquid Sphere Collisions
WADC TR 53-192 Part 1 -
Mechanism of Rain Erosion. Part 2. A Critical Review of Erosion by Water Drop Impact
WADC TR 53-192 Part 2 -
Mechanism Of Rain Erosion, Part 3. Mechanism Studies On Plastics And Metals
WADC TR 53-192 Part 3 -
Mechanism Of Rain Erosion, Part 4. Cavitation As A Result Of Waterdrop Collisions With Salid Surfaces
WADC TR 53-192 Part 4 -
Mechanism Of Rain Erosion, Part 5. Further Studies Of Cavitation In Liquid Drops On Impact
WADC TR 53-192 Part 5 -
Mechanism of Rain Erosion, Part 6. Dimensional Analysis of Rain Erosion
WADC TR 53-192 Part 6 -
Mechanism Of Rain Erosion, Part 7. Mechanism Studies On 1100 And 3003 Aluminum
WADC TR 53-192 Part 7 -
Mechanism Of Rain Erosion, Part 8. On The Breakup Of A Waterdrop In The Zone Behind A Detached Shock Wave
WADC TR 53-192 Part 8 -
Mechanism Of Rain Erosion, Part 9. Observation Of The Fragmentation Of Waterdrops In A Zone Behind An Air Shock
WADC TR 53-192 Part 9 -
Mechanism Of Rain Erosion, Part 10. A Review And Evaluation Of The Present State Of The Problem
WADC TR 53-192 Part 10 -
Mechanism Of Rain Erosion, Part 11. Effect Of Residual Stresses And Of Molding Variables On The Erosion Resistance Of Nylon
WADC TR 53-192 Part 11 -
Mechanism Of Rain Erosion, Part 12. Pits In Metals Caused By Collision With Liquid Drops
WADC TR 53-192 Part 12 -
Mechanism Of Rain Erosion, Part 13. Mechanism Studies On Neoprene Coatings
WADC TR 53-192 Part 13 -
Mechanism Of Rain Erosion. Part 15. Resistance of White Sapphire and Hot-Pressed Alumina to Collision with Liquid Drops
WADC TR 53-192 Part 15