Lehrinhalte
Introduction : Stress intensity factor, strain energy release rate,
Griffith, Inglis, instability criteria
Fracture : crack initiating defects, fracture origin, fractography
Cracks : crack opening, crack bridging, R-curve, crack tip toughness
and crack shielding, sub-critical crack growth and fatigue
Toughening mechanisms : micromechanics of toughening by transformation,
by microcracks, by fibres, by whiskers, by particles and by ductile
toughening, laminates
High temperature behaviour : creep, thermal shock, mechanics of
interfaces
Hardness and wear : DIN standards and experimental techniques
Reliability : Weibull modulus and proof testing
Literatur
Fett/Munz : Mechanisches Verhalten keramischer Werkstoffe
Lawn : Brittle Fracture
Various encyclopedia of materials science and engineering
Online-Angebote
moodle
Introduction : Stress intensity factor, strain energy release rate,
Griffith, Inglis, instability criteria
Fracture : crack initiating defects, fracture origin, fractography
Cracks : crack opening, crack bridging, R-curve, crack tip toughness
and crack shielding, sub-critical crack growth and fatigue
Toughening mechanisms : micromechanics of toughening by transformation,
by microcracks, by fibres, by whiskers, by particles and by ductile
toughening, laminates
High temperature behaviour : creep, thermal shock, mechanics of
interfaces
Hardness and wear : DIN standards and experimental techniques
Reliability : Weibull modulus and proof testing
Literatur
Fett/Munz : Mechanisches Verhalten keramischer Werkstoffe
Lawn : Brittle Fracture
Various encyclopedia of materials science and engineering
Online-Angebote
moodle
- Lehrende: Xufei Fang
- Lehrende: Jürgen Rödel
Semester: WT 2020/21