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عمرو شحاته محمد شحاته فايد

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Amro Shehata Mohamed Shehata Fayed

Faculty Engineering - Department Material Engineering

Scientific degrees

BSc In NULL, [1991]
MSc In NULL, [1998]
PhD In NULL, [2002]
(لا يوجد)

الحالة الوظيفية الحالية :

قائم باجازة خاصة

Academic Jobs

معيد : 26/8/1991
Doctor Assisant : 14/4/1998
Doctor : 24/12/2002
Professor Assisant : 29/7/2010
Professor : 23/7/2024

Publications

1 - Size effect of asymmetric four point bend specimen on crack propagation in ceramics (2008).

2 - "Crack path in steel fiber reinforced concrete composite under mixed mode (2008).

3 - Modelling of cracking sites/development in axial dovetail joints of aero-engine compressor discs (2006).

4 - Cyclic crack tip deformation of short cracks emanating from elliptical oblique notches (2006).

5 - Notch elastic affected zone of oblique elliptical edge notches (2006).

6 - Numerical approach to the mechanics of disc blade dovetail joints in aero engine compressors (2005).

7 - Stress intensity factors of a central slant crack with frictional surfaces in plates with biaxially loading (2004).

8 - Crack tip plasticity and the effect of stress ratio on early notch fatigue crack growth rates (2004).

9 - Numerical Analysis of Crack Initiation Direction in Quasi-brittle Materials: Effect of T-Stress (2019).

10 - Numerical evaluation of mode I/II SIF of quasi-brittle materials using cracked semi-circular bend specimen (2018).

11 - Numerical analysis of mixed mode I/II stress intensity factors of edge slant cracked plates (2016).

12 - Morphological, mechanical, and thermal characterization of electrospun three‐dimensional graphite nanoplatelets/polystyrene ultra‐fine fibril composite fabrics (2021).

13 - Modes I/II SIF of a diametrically compressed Brazilian disc having a central inclined crack with frictional surfaces (2017).

14 - "Mixed mode fracture behavior of fiber reinforced concrete; Experimental and numerical analysis adopting cracked Brazilian disc specimen" (2023).

15 - STRESS INTENSITY FACTORS OF PARTIALLY COMPRESSED CENTRALLY CRACKED DISK WITH FRICTIONAL CRACK SURFACES (2023).

Research Area