Maeda et al., 2003 - Google Patents
Squeeze molding simulation using the distinct element method considering green sand propertiesMaeda et al., 2003
- Document ID
- 16361365109421373352
- Author
- Maeda Y
- Maruoka Y
- Makino H
- Nomura H
- Publication year
- Publication venue
- Journal of materials processing technology
External Links
Snippet
A three-dimensional simulation model for green sand molding analysis is developed using a typical discontinuous model, the distinct element method (DEM). This model is combined with a new algorithm and the characteristics of bonded sand and the particle size distribution …
- 239000004576 sand 0 title abstract description 77
Similar Documents
Publication | Publication Date | Title |
---|---|---|
Wu et al. | The flow of powder into simple and stepped dies | |
Bierwisch et al. | Three-dimensional discrete element models for the granular statics and dynamics of powders in cavity filling | |
Johansson et al. | Cone crusher performance evaluation using DEM simulations and laboratory experiments for model validation | |
Davoodi et al. | Effects of screen decks’ aperture shapes and materials on screening efficiency | |
Maeda et al. | Squeeze molding simulation using the distinct element method considering green sand properties | |
Ho et al. | Experimental and numerical investigations of gouge formation related to blast furnace burden distribution | |
Huang et al. | An investigation of the effect of powder on the impact characteristics between a ball and a plate using free falling experiments | |
EP0968777B1 (en) | Method for operating a green-sand molding machine | |
Kazidenov et al. | Coarse-graining of CFD-DEM for simulation of sand production in the modified cohesive contact model | |
Maramizonouz et al. | Numerical modelling of particle entrainment in the wheel–rail interface | |
Xu et al. | Numerical simulation of windless-air-induced added mass and damping of vibrating bridge decks | |
Parappagoudar et al. | Non-linear modelling using central composite design to predict green sand mould properties | |
Koynov et al. | Modeling and simulation of compact strength due to particle bonding using a hybrid discrete-continuum approach | |
Gustafsson et al. | Experimental studies and modelling of high-velocity loaded iron-powder compacts | |
CN108256248A (en) | Three-dimensional state-based lower-level gravel distribution CBR numerical test method | |
Thorborg et al. | The virtual core-modelling and optimization of core manufacturing and application | |
Ni et al. | Influence of core box vents distribution on flow dynamics of core shooting process based on experiment and numerical simulation | |
Wensrich et al. | Shock waves in granular materials: Discrete and continuum comparisons | |
Winartomo et al. | Multiphase modelling of core shooting process | |
Bierwisch | Numerical simulations of granular flow and filling | |
Nara et al. | A numerical analysis of unsteady aerodynamics of formula car during dynamic cornering motion | |
Shimosaka et al. | Estimation of the sieving rate of powders using computer simulation | |
Wiącek et al. | Numerical analysis of compression mechanics of highly polydisperse granular mixtures with different PSD-s | |
Khoei et al. | Computational modeling of 3D powder compaction processes | |
Ellingsen et al. | SPH based modelling of oxide and oxide film formation in gravity die castings |