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  1. Chemical and Petroleum Engineering
  2. Chemical and Petroleum Engineering : Volume 48
  3. Chemical and Petroleum Engineering : Volume 48, Issue 3-4, July 2012
  4. Selection of initial gasket width
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Chemical and Petroleum Engineering : Volume 52
Chemical and Petroleum Engineering : Volume 51
Chemical and Petroleum Engineering : Volume 50
Chemical and Petroleum Engineering : Volume 49
Chemical and Petroleum Engineering : Volume 48
Chemical and Petroleum Engineering : Volume 48, Issue 11-12, March 2013
Chemical and Petroleum Engineering : Volume 48, Issue 9-10, January 2013
Chemical and Petroleum Engineering : Volume 48, Issue 7-8, November 2012
Chemical and Petroleum Engineering : Volume 48, Issue 5-6, September 2012
Chemical and Petroleum Engineering : Volume 48, Issue 3-4, July 2012
Analysis of the disperse composition of drops spread by a centrifugal-jet sprayer
Computer analysis of the effect of structural and regime operating parameters of a vortical ejector on the coefficient of injection
Determination of efficiency of press molds for industrial rubber product manufacture and system for their heating in vulcanizing press
Engineering method of evaluating the stress state of elliptical ends having set-on nozzles
Effective fuel burning in flameless burners with maintenance of a prescribed adiabatic combustion temperature
Development and investigation of ozone generator for providing conditions for vital activity and protection of socially important facilities
Analysis of phenomena during pressure molding of rectangular domestic solid wastes
Pitting corrosion of steel 12Kh18N10T under heat transfer conditions
Study of the effect of heat treatment regime on improvement of steel 12kh18n10t intercrystalline corrosion resistance
Aspects of profile shaping of corrugated tubular components part 3. extrusion shaping of tubular polymeric blanks for manufacture of corrugated pipes
Determination of the lower concentration limits of the spread of a flame through aerosols of nano-disperse powders
Preparation of mixture of free-flowing materials in double-shaft paddle mixers
Analysis of efficiency of various systems of gaseous fuel burning in reaction tube ovens
Improving the quality of petroleum products by ultrasonic action
Mathematical modeling and data evaluation for vessel elements operating under pressure with allowance for physical nonlinearity
Statistical entropy analysis of low-output plants for liquefaction of natural gas with methane content of 92%
Calculation of the reaction force of high-coercivity permanent magnets in half-couplings of a magnetic clutch with dismantling of a sealed vertical pump
Selection of initial gasket width
Kinetic modelling and analysis of amino acid formation mechanisms during bioconversion of plant raw material and organic wastes
Chemical and Petroleum Engineering : Volume 48, Issue 1-2, May 2012
Chemical and Petroleum Engineering : Volume 47
Chemical and Petroleum Engineering : Volume 46
Chemical and Petroleum Engineering : Volume 45
Chemical and Petroleum Engineering : Volume 44
Chemical and Petroleum Engineering : Volume 43
Chemical and Petroleum Engineering : Volume 42
Chemical and Petroleum Engineering : Volume 41
Chemical and Petroleum Engineering : Volume 40
Chemical and Petroleum Engineering : Volume 39
Chemical and Petroleum Engineering : Volume 38
Chemical and Petroleum Engineering : Volume 37
Chemical and Petroleum Engineering : Volume 36
Chemical and Petroleum Engineering : Volume 35
Chemical and Petroleum Engineering : Volume 34
Chemical and Petroleum Engineering : Volume 33

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Selection of initial gasket width

Content Provider Springer Nature Link
Author Prodan, V. D. Vasiliev, A. V.
Copyright Year 2012
Abstract Correctly selected gasket width for forced-type detachable sealed joint is one of the conditions of leak-tightness of the joint under the operating conditions at minimal material content of the joint itself. In this article, the calculation of the initial gasket width has been made more precise taking account of the real nature of radial deformation of the gasket upon axial loading. The calculating expression obtained has been used to determine the initial appropriate width of the gasket. Experiments have been carried out to study the conditions of radial deformation of the gasket. The experimental and calculated results are virtually congruent. The data reported in this article help disclose the real nature of gasket deformation in flanged joint, which allows one to remove errors from the calculating expressions used, determine the allowance for reducing the material content without impairing the leak-tightness of the flanged joint and the strength of its constituent elements, and select a more optimal flanged joint design.
Starting Page 252
Ending Page 254
Page Count 3
File Format PDF
ISSN 00092355
Journal Chemical and Petroleum Engineering
Volume Number 48
Issue Number 3-4
e-ISSN 15738329
Language English
Publisher Springer US
Publisher Date 2012-07-29
Publisher Place Boston
Access Restriction One Nation One Subscription (ONOS)
Subject Keyword Mineral Resources Industrial Pollution Prevention Industrial Chemistry/Chemical Engineering Geotechnical Engineering & Applied Earth Sciences
Content Type Text
Resource Type Article
Subject Geochemistry and Petrology Fuel Technology Chemical Engineering Energy Engineering and Power Technology
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