Weight Functions and Stress Intensity Factors for Axial Cracks in Hollow Cylinders, C.-c.M, J.-i .Huang and C.-h.Tsai

++Effects of Thermal Gradients on Fracture Mechanics, Ognjen Ognjanovic, Katarina Maksimovic, Dragi Stamenkovic

Multiaxial Stress in the Fatigue Life of Mechanical Parts

--Thermal Stress Intensity Factors for a Cracked Cylinder Under Transient Thermal Loading

Buckling Analysis of Filament-wound Thick Composite Cylinder Under Hydrostatic Pressure

The Stress Intensity Factor for a Surface Crack Due to Moving Impact Loading

A Two-stage Model for Predicting Crack Growth Due to Repeated Thermal Shock

Journal of Nuclear Materials Volume 212-215 Issue Part-P1 1994 [Doi 10.1016_0022-3115(94)90102-3] J. Bressers_ R.C. Hurst_ D.C. Kerr_ L. Lamain_ G. Sordon_ G.P. T -- Thermal Fatigue

Journal of Sound and Vibration Volume 329 Issue 9 2010 [Doi 10.1016_j.jsv.2009.11.018] Fabien Treyssède -- Vibration Analysis of Horizontal Self-weighted Beams and Cables With Bending

C.P. Andrasic; A.P. Parker -- Dimensionless Stress Intensity Factors for Cracked Thick Cylind

MESHII Repository 10

ASME+Inner and Outer Cracks in Internally Pressurized Cylinders

--Transient Thermal Contact Problem for Axial Crack in a Hollow Circular Cylinder

STP381 Foreword