Calculation of leakage between metallic sealing surfaces.
Leakage flow calculation method for seal interface between metallic surfaces, noting application to fluid connector design
Gitzendanner, L. G.↗
Engineering topics
Gitzendanner, L. G.
Publications and source records attributed to Gitzendanner, L. G..
Design Criteria for Zero Leakage Connectors for Launch Vehicles. Mathematical Model of Interface Sealing Phenomenon, Volume 2 Final Report
Mathematical model of interface sealing phenomenon in determining design criteria for zero leakage connectors for launch vehicles
Gitzendanner, L. G.↗
Zero Leakage Design for Ducts and Tube Connections for Deep Space Travel. Volume 2 - Connector Concept Studies Final Report, 5 Jul. 1963 - 30 Jun. 1967
Joining techniques for zero leakage ducts and tube connections
Gitzendanner, L. G.↗
Diffusion bonding makes strong seal at flanged connector
Copper strip seals a high pressure fluid system connector so that it is insensitive to relaxation of the bolt loads. The copper strip is diffusion bonded to the surfaces of the connector flange by application of high pressure and temperature.
Gitzendanner, L. G.↗
Statistical Interface-leakage Analysis and Feasibility of Superfinished Surfaces for Sealing Final Report, Jan. 1964 - Mar. 1965. Design Criteria for Zero Leakage Connectors for Launch Vehicles
Extremely fine finished surfaces as mating parts for sealing in fluid connectors and statistical analysis of interface leakage
INTERFACE↗
Mathematical approach to interface phenomenon
Mathematical model for estimating seal leakage in space vehicle connectors
MATHEMATICAL MODEL↗