Hydrid stress finite element model in elastodynamic analysis of beam structures.

Date

1981

Author

Oral, Süha

Metadata

Show full item record

Item Usage Stats

99
views

0
downloads

URI

https://hdl.handle.net/11511/7775

Collections

Graduate School of Natural and Applied Sciences, Thesis

Suggestions

OpenMETU
Core

Hyrocracking of naphtalene / Tulunay, Canan; Department of Chemical Engineering (1970)
HYGROTHERMAL FRACTURE ANALYSIS OF ORTHOTROPIC MATERIALS USING J(k)-INTEGRAL Dağ, Serkan; Arslan, Onur; Arman, E. Erhan (2012-01-01) A new computational method based on the J(k)-integral is put forward for the purpose of conducting fracture analysis of orthotropic materials subjected to hygrothermal stresses. By utilizing the constitutive relations of plane orthotropic hygrothermoelasticity, an alternative expression for the J(k)-integral is derived to replace the general limit definition. A numerical procedure is developed and integrated into a finite element analysis software to implement the proposed form of the J(k)-integral. Tempera...
Hygrothermal Fracture Analysis of Orthotropic Functionally Graded Materials Using J(k)-Integral-Based Methods TOPAL, SERRA; Dağ, Serkan (Hindawi Limited, 2013-01-01) This paper puts forward two different J(k)-integral-based methods, which can be used to perform mixed-mode fracture analysis of orthotropic functionally graded materials subjected to hygrothermal stresses. The first method requires the evaluation of both components of J(k)-integral, whereas the second method employs the first component.. 1 and the asymptotic crack tip displacement fields. Plane orthotropic hygrothermoelasticity is the basic theory behind the J(k)-integral formulation, which is carried out b...
Hygrothermal fracture analysis of fibrous composites with variable fiber spacing using JK-integral Saeidi, Farid; Dağ, Serkan; Department of Mechanical Engineering (2013) In this study, a Jk-integral based computational method will be developed to conduct fracture analysis of fibrous composite laminates that possess variable fiber spacing. This study will be carried out for the fibrous composites exposed to not only thermal but also hygroscopic boundary condition, which results hygrothermal load. Formulation of the Jk-integral will be carried out by using the constitutive relations of plane orthotropic hygrothermoelasticity. One of the most important challenges of this study...
Hydaulic design criteria for steep sloped channels. Yücel, Öner; Department of Civil Engineering (1966)

Citation Formats

S. Oral, “Hydrid stress finite element model in elastodynamic analysis of beam structures.,” Middle East Technical University, 1981.