Elastoplastic design of process equipment in petrochemical and power generation
industries requires the consideration of thermal ratcheting. Classical Bree diagrams …

Components that face aggressive thermomechanical loadings that are cyclic and multiaxial
often employ nickel-base single crystal superalloys to achieve acceptable lifetimes. These …

For pressure equipment in the industrial field, the shakedown design methods presented in
the ASME and other international design codes are mainly based on the Bree problem. The …

A universal solution procedure has been developed for solving a wide range of thermal
ratcheting problems beyond those covered by Bree Diagram or modified Bree Diagrams …

This study aims to obtain Bree's diagram for a Functionally Graded (FG) beam under cyclic
thermal and constant mechanical loadings. For this purpose, the mapping algorithm is …

In this paper, the Bree diagram is extended to consider the progressive buckling failure and
a direct approach for structural progressive buckling design considering ratcheting …

This paper presents a methodology for structural sizing of thermally stressed post-buckled
blade-stiffened panels. The panels are designed for minimum mass subjected to stress and …

The idea of beams on elastic foundation has been widely applied in the design of
geotechnical structures such railway tracks, rigid and flexible highway pavement, building …

14. ABSTRACT US Air Force platforms that involve structural components are designed to
withstand a variety of static and cyclic loading conditions where thermal management is …