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Type de document
Collection spécifique
Auteur
- Niemz, Peter (5)
- Cadoni, Ezio (3)
- Zhao, J. (3)
- Burgert, Ingo (2)
- Fink, Gerhard (2)
- Kohler, Jochen (2)
- Mazza, E. (2)
- Zhang, Q. (2)
- Aharonov, E. (1)
- Amann, Florian (1)
- Amen, Carlos (1)
- Andersons, J. (1)
- Arnold, Martin (1)
- Bachtiar, Erik V. (1)
- Bartalena, Guido (1)
- Belmouden, Youssef (1)
- Berger, Alfons (1)
- Berisha, Bekim (1)
- Bonderer, Lorenz J. (1)
- Bozzini, Claudio (1)
- Brunner, Andreas (1)
- Brunner, Andreas J. (1)
- Brühwiler, E. (1)
- Bucher, Dominik (1)
- Burjánek, Jan (1)
- Burlini, Luigi (1)
- Cellina, Francesca (1)
- Cherenack, Kunigunde (1)
- Clerc, Gaspard (1)
- Conedera, Marco (1) Plus Moins
Domaine
Mot clé
- Discrete element method (2)
- Dynamic loading (2)
- $$A_\mathrm{B}$$ A B : The cross-sectional area of the bar (1)
- $$A_\mathrm{I} (v)$$ A I ( v ) : The function of dynamic fracture (1)
- $$A_\mathrm{S}$$ A S : The cross-sectional area of fracture surface (1)
- $$A_{\text{b}}$$ A b : Cross-sectional area of the elastic bars (m2) (1)
- $$A_{\text{s}}$$ A s : Cross-sectional area of the specimen (m2) (1)
- $$C_\mathrm{B}$$ C B : Longitudinal wave speed of the bar (1)
- $$C_\mathrm{L}$$ C L : Longitudinal wave speed (1)
- $$C_\mathrm{R}$$ C R : Rayleigh wave speed (1)
- $$C_\mathrm{S}$$ C S : Shear wave speed (1)
- $$C_{\text{b}}$$ C b : Wave velocity of the elastic bars (m/s) (1)
- $$D$$ D : Fractal dimensions (1)
- $$E$$ E : Elastic modulus (1)
- $$E_\mathrm{B}$$ E B : Young's modulus of the bar (1)
- $$E_{\text{b}}$$ E b : Young's modulus of the elastic bars (MPa) (1)
- $$F_{Ij}$$ F I j : Axial contact force of particle $$j$$ j at the specimen's incident end (N) (1)
- $$F_{Ti}$$ F T i : Axial contact force of particle $$i$$ i at the specimen's transmitted end (N) (1)
- $$G_\mathrm{C}$$ G C : Quasi-static fracture energy (1)
- $$G_\mathrm{d} (t,v)$$ G d ( t , v ) : Dynamic energy release rate (1)
- $$G_{\mathrm{dC}}$$ G dC : Dynamic fracture energy (1)
- $$I$$ I : The moment of inertia (1)
- $$K_\mathrm{I}, \, K_\mathrm{I}^{\mathrm{dyn}} (t,v)$$ K I , K I dyn ( t , v ) : Quasi-static, dynamic stress intensity factor (1)
- $$K_{\mathrm{IC}}$$ K IC : Fracture toughness (1)
- $$K_{\mathrm{IIC}}, K_{\mathrm{IId}}$$ K IIC , K IId : Mode II quasi-static, dynamic fracture toughness (1)
- $$K_{\mathrm{Id}}, K_{\mathrm{ID}}$$ K Id , K ID : Mode I dynamic crack initiation, growth toughness (1)
- $$L_{\text{I}}$$ L I : Length of the incident bar (m) (1)
- $$L_{\text{T}}$$ L T : Length of the transmitted bar (m) (1)
- $$L_{\text{s}}$$ L s : Length of the specimen (m) (1)
- $$N$$ N : Current time-step (1) Plus Moins