Eshraghi, I. Et Al. 2016. Weight function method for transient thermomechanical fracture analysis of a functionally graded hollow cylinder possessing a circumferential crack. JOURNAL OF THERMAL STRESSES , vol.39, no.10 , 1182-1199.

Eshraghi, I., Soltani, N., & DAĞ, S., (2016). Weight function method for transient thermomechanical fracture analysis of a functionally graded hollow cylinder possessing a circumferential crack. JOURNAL OF THERMAL STRESSES , vol.39, no.10, 1182-1199.

Eshraghi, Iman, Nasser Soltani, And SERKAN DAĞ. "Weight function method for transient thermomechanical fracture analysis of a functionally graded hollow cylinder possessing a circumferential crack," JOURNAL OF THERMAL STRESSES , vol.39, no.10, 1182-1199, 2016

Eshraghi, Iman Et Al. "Weight function method for transient thermomechanical fracture analysis of a functionally graded hollow cylinder possessing a circumferential crack." JOURNAL OF THERMAL STRESSES , vol.39, no.10, pp.1182-1199, 2016

Eshraghi, I. Soltani, N. And DAĞ, S. (2016) . "Weight function method for transient thermomechanical fracture analysis of a functionally graded hollow cylinder possessing a circumferential crack." JOURNAL OF THERMAL STRESSES , vol.39, no.10, pp.1182-1199.

@article{article, author={Iman Eshraghi Et Al. }, title={Weight function method for transient thermomechanical fracture analysis of a functionally graded hollow cylinder possessing a circumferential crack}, journal={JOURNAL OF THERMAL STRESSES}, year=2016, pages={1182-1199} }