The International Journal of Pressure Vessels and Piping 1993: Vol 53 Table of Contents

3 Pages·1993·0.42 MB·English

Int. J. Pres. Ves. & Piping 53 (1993) 543-545
Contents of Volume 53
Number 1
Understanding and Eliminating Crack Extension Behaviour in Feed Water
Deaerator Systems—A Critical Review
J. H.B ULLOCH (Republic of Ireland)
Knowledge Based Systems for Pressure Vessel Design
JOHN LAWSON & JOHN ANDERSON (UK)
The Principle of Critical Energy in the Field of Materials Fracture Mechanics
VALERIU V. JINESCO (Romania)
Taguchi Methods and Expert Systems in Fabrication Design
W. McEWAN, N. BELAVENDRAM & M. ABOU-ALI (UK)
J-Integral and Root Strain of Notch with Elliptical End
WEI-QIANG WANG, PEI-NING LI & DING-YI JU
(People’s Republic of China)
A Method of Estimating Limit Loads by Iterative Elastic Analysis. I—Simple
Examples
D. MACKENZIE & J. T. BOYLE (UK)
A Method of Estimating Limit Loads by Iterative Elastic Analysis. I—Nozzle
Sphere Intersections with Internal Pressure and Radial Load
C. NADARAJAH, D. MACKENZIE & J. T. BOYLE (UK)
A Method of Estimating Limit Loads by Iterative Elastic Analysis.
I1I—Torispherical Heads under Internal Pressure
JINHUA SHI (People’s Republic of China), D. MACKENZIE &
J. T. BOYLE (UK)
A Simple Iterative Key Curve Method for Determining Jp Curves
X. C. YIN (People’s Republic of China)
The Evaluation of the Structural Strength of Pipes and Pressure Vessels with
Axial Cracks
V. M. TOROP & I. V. ORYNYAK (Ukraine)
Announcements
Number 2
Improved Energy Density Method for Inelastic Notch Tip Strain Calculation and
Its Application for Pressure Vessel and Piping Design
A. V. TASHKINOV & V. M. FILATOV (Russia)
543
Int. J. Pres. Ves. & Piping (53) (1993)—© 1992 Elsevier Science Publishers Ltd,
England. Printed in Northern Ireland
544 Contents of Volume 53
The Influence of Prolonged Exposure to Operating Temperatures and Strain
Aging on the Material Properties of Nuclear Power Plant Vessels and Pipings . .
G. P. KARZOV, B. T. TIMOFEE & YU. G. FILCHAGIN (Russia)
Experimental Observations of Fatigue Crack Growth in IS-1020 Steel under
Constant Amplitude Loadings
S. B. SINGH & R. KUMAR (India)
Ligament Yield Stress of Cylinders and Plates with Surface Cracks
W. Y. YAN & C. ZHEN (People’s Republic of China)
Comparisons of Non-destructive Examination Standards in the Framework of
Fracture Mechanics Approach
S. REALE, E. CAPURRO & A. CORVI (Italy)
Large Deflection Analysis of Cylindrical Shells on a Pasternak Foundation
D.N. PALIWAL & V. BHALLA (India)
Prediction of Fatigue Damage and Fatigue Life under Random Loading
W. F. WU & T. HUA HUANG (People’s Republic of China)
Computer Aided Design of Multilayer Vessels
D. N. PALIWAL, R. K. VERMA, R. KHANNA, R. K. ARYA,
R. CHOWDHARY & A. CHOWDHARY (India)
Analysis of Fracture Mechanics Parameters for a Surface Cracked Plate using
Nonlinear Lint-Spring Boundary Element Method
Z. J. ZENG & S. H. DAI (People’s Republic of China)
External Loads on Nozzles
C. J. DEKKER (The Netherlands)
Estimation of Boiler Tube Life in Prescence of Corrosion and Erosion Processes
K. ZARRABI (Australia)
Book Review
Number 3
Effective Metal Temperature in Creep Life Assessment
H. J. WESTWOOD & D. V. LEEMANS (Canada)
The Superposition of Effects Produced by Buckling, Creep and Fatigue
V. V. JINESCU (Romania)
Computing the SCF for a Hollow Cylinder with Hoop Groom under Torsion by
Means of a Spherical Section Assumption
Y. LIU, S. S. ZHOU & S. T. CAI (People’s Republic of China)
Discontinuity Phenomena around the Supports of Stepwise-Thickened Spherical
Steel Tanks. Part 1: Theoretical Considerations and Parametric Results
A. ZINGONI & M. N. PAVLOVIC (UK)
Discontinuity Phenomena around the Supports of Stepwise-Thickened Spherical
Steel Tanks. Part 2: Numerical Examples and Design Recommendations
A. ZINGONI & M. N. PAVLOVIC (UK)
Three-Dimensional Fully Plastic Solutions for Semi-elliptical Surface Cracks
G. YAGAWA, Y. KITAJIMA & H. UEDA (Japan)
Contents of Volume 53
Effect of Temperature Variation on Plastic Behavior of S25C Mild Steel
Y. NIITSU, A. HORIGUSHI & K. IKEGAMI (Japan)
Stress Intensity Factors for a Pipe—Plate Welded Joint
S. B.L AMBERT & R. BELL (Canada)