In this paper a general weight function was derived to evaluate the thermal stress intensity
factors of a circumferential crack in cylinders. The weight function derived is valid for a wide …

In this work, we describe stress intensity factors obtained for functionally graded cylinders
with internal circumferential cracks using the weight function method for different …

In this paper the method of weight functions is employed to calculate the stress intensity
factors for an internal circumferential crack in a thick‐walled cylinder. The pressurized …

Transient stress intensity factor of an axisymmetric circumferential crack in a finite-length,
thin-walled and edges rotation-restrained cylinder, which is suddenly cooled inside from …

In this article, the fracture behavior of functionally graded thick-walled cylinder under thermo-
mechanical shock is investigated. For this purpose, classical coupled thermoelastic …

This paper investigates the variations of mode I stress intensity factor (KI) for inner penny-
shaped and circumferential cracks in functionally graded solid and hollow thick walled …

Coke drums are subjected to extreme temperature cycling in service, leading to
circumferential cracking in the drum wall. For a deeper understanding in the cracking …

This paper presents a study of the crack arrest tendency under cyclic thermal stress for an
inner-surface circumferential crack in a finite-length cylinder with its edges rotation …

A Compliance Adjusted Weight Function (CAWF) approach has been recently developed to
enable the estimation of stress intensity factor in thermal shocked cracked hollow cylinders …

This article presents a crack arrest depth analysis under cyclic thermal shock for an inner-
surface circumferential crack in a finite-length thick-walled cylinder with rotation-restrained …