Cooldown of shrouded spherical vessels in liquid nitrogen.
Cooldown of shrouded spherical vessels in liquid nitrogen, determining smallest tank-shroud gap compatibility with rapid cooldown
BOILING↗
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Results for “vessel”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Effects of hypercapnia on human forearm blood vessels.
Carbon dioxide breathing effects on forearm blood vessels, discussing vascular resistance and carbon dioxide role in blood flow regulation
HUMAN PATHOLOGY↗
Adhesive bonding for metal-lined filament-wound cryogenic pressure vessels.
Adhesives to bond metal linings to filament- wound cryogenic pressure vessels evaluated by test series simulating fabrication and service conditions
FILAMENT WINDING↗
Analysis of filament reinforced metal-shell pressure vessels
Computer program analyzes design requirements and computes designs for metal-lined filament-wound pressure vessels with either geodesic /helical/ or in-plane filament winding patterns on the cylindrical portion and over the ends, reinforced by circumferential windings on the cylindrical portion.
Landes, R. E.↗
Fiber glass prevents cracking of polyurethane foam insulation on cryogenic vessels
Fiber glass material, placed between polyurethane foam insulation and the outer surfaces of cryogenic vessels, retains its resilience at cryogenic temperatures and provides an expansion layer between the metal surfaces and the polyurethane foam, preventing cracking of the latter.
Forge, D. A.↗
The dispersion and dissipation of waves in blood vessels
Dispersion and dissipation of waves in blood vessels
Anliker, M.↗
Glass, boron, and graphite filament wound resin composites and liners for cryogenic pressure vessels
Tensile strength properties of glass, boron, and graphite filament wound resin composites and liners for cryogenic pressure vessels
Hanson, M. P.↗
Cryogenic storage systems design, fabrication and evaluation. Volume 2 - Appendices. 1. Summary of cryogenic storage system evaluation. 2. Ardeform pressure vessel program Final report
Cryogenic storage system and pressure vessel design
Source record↗
Effects of viscosity and external constraints on wave transmission in blood vessels
Viscosity and external constraints studied for effects on wave transmission in blood vessels
Anliker, M.↗
Evaluation of experimental and theoretical data on radial nozzles in pressure vessels
Stresses and loads on radial nozzles in spherical and cylindrical shells to study reinforcement of openings in pressure vessels
Atterbury, T. J.↗
Transmission characteristics of axial waves in blood vessels
Blood vessel axial wave propagation measurements to determine modulus of elasticity
Anliker, M.↗
Transmission characteristics of axial waves in blood vessels.
Axial waves in blood vessels, determining phase velocities and damping, noting anisotropic behavior of artery wall
Anliker, M.↗
A study of low-cost weldments in pressure vessels made up of HY-150 steel plates Final report, 6 Jun. 1967 - 31 Oct. 1968
Low cost automated and manual welding techniques for pressure vessels made of HY-150 steel plates
Barclay, D. L.↗
Effect of radius on bulging and fracture of through-cracked cylindrical pressure vessels at cryogenic temperatures
Radius effect on bulging and fracture of through-cracked cylindrical pressure vessels at cryogenic temperatures
Pierce, W. S.↗
Experience with and improvements in containment vessel penetrations
Containment vessel leakage due to penetrations
Conant, C. W.↗
Tensile and cyclic fatigue properties of graphite filament-wound pressure vessels at ambient and cryogenic temperatures
Tensile and cyclic fatigue properties of graphite filament-wound pressure vessels at ambient and cryogenic temperatures
Hanson, M. P.↗
Theoretical studies on high frequency wave propagation in blood vessels
High frequency wave propagation in blood vessels
Bailie, J. A.↗
Stress-wave analysis technique study on thick-walled type A302B steel pressure vessels, July 1968 - July 1969
Stress wave analysis and crack opening displacement to monitor subcritical crack growth for grade B alloy steel pressure vessels
Climent, F. J.↗