| 253 - 253 |
Special issue on conveying and handling of particulate solids
Kalman H |
| 255 - 260 |
Determining contact angles of powders by liquid penetration
Teipel U, Mikonsaari I |
| 261 - 267 |
Compaction of powders due to vibrations and shocks
Linemann R, Runge J, Sommerfeld M, Weissguttel U |
| 268 - 275 |
Characterisation of powder beds by thermal conductivity: Effect of gas pressure on the thermal resistance of particle contact points
Shapiro M, Dudko V, Royzen V, Krichevets Y, Lekhtmakher S, Grozubinsky V, Shapira M, Brill M |
| 276 - 283 |
Towards a fundamental understanding of the mechanics of crystal agglomeration: A microscopic and molecular approach
Simons SJR, Pratola Y, Jones AG, Brunsteiner M, Price SL |
| 284 - 292 |
Predicting the performance of granulation binders through micro-mechanistic observations
Rossetti D, Simons SJR, Pagliai P, Ward R, Fitzpatrick S |
| 293 - 302 |
Stress inhomogeneity in powder specimens tested in the Jenike shear cell: Myth or fact?
Bilgili E, Yepes J, Stephenson L, Johanson K, Scarlett B |
| 303 - 309 |
Bulk mechanical behavior of rootzone sand mixtures as influenced by particle shape, moisture and peat
Mittal B, Yi HJ, Puri VM, McNitt AS, Mancino CE |
| 310 - 315 |
On applicability of a direct shear test for strength estimation of cereal grain
Molenda M, Horabik J |
| 316 - 325 |
The influence of air counter-flow through powder materials as a means of reducing cohesive flow problems
Johanson K, Barletta D |
| 326 - 331 |
Improvements in silo design for moist and cohesive bulk solids by using a silo centrifuge
Grossstuck M, Schwedes J |
| 332 - 339 |
The reclaim screw in mammoth silos operating on a free surface: Comparison between horizontal and inclined operation on free flowing bulk solids
Oosterhuis E, Schott D, van Wijk A |
| 340 - 347 |
Calculating the flexure resistance of bulk solids transported on belt conveyors
Wheeler CA, Roberts AW, Jones MG |
| 348 - 355 |
Functional analysis of tube chain conveyors
Krause F, Katterfeld A |
