Modelling of concentrated fibre suspension pipe flow with low-Reynolds-number k-ε turbulence models: new damping function

Articles in the same Issue

1. An eco-friendly scheme to eliminate silica problems during bamboo biomass fractionation
2. Increased pulp yield by prolonged impregnation in softwood kraft pulping
3. The Arrhenius Equation is Still a Useful Tool in Chemical Engineering
4. Characterization of a dusting lime kiln – A mill study
5. CTMP process optimization Part I: Internal and external variables impact on refiner conditions
6. Process Considerations and its demands on TMP property measurements – a study on tensile index
7. Strong paper from spruce CTMP - Part I
8. Low dosage sulfite pretreatment at different refining temperatures in mill scale TMP production
9. ATMP pulping of Norway spruce – pulp property development and energy efficiency
10. Refining of birch kraft pulp before or during xylanase treatment – effect on carbohydrate release and retention behavior
11. Comparison of optical instruments for fines and filler characterisation
12. On the net refining energy and tensile development of nbsk pulp in a low consistency refiner
13. Effect of fiber length on formation and strength efficiency in twin-wire roll forming
14. Evaluation of the in-plane shear strength of paper measured by tensile-loaded shear test
15. Modelling of concentrated fibre suspension pipe flow with low-Reynolds-number k-ε turbulence models: new damping function
16. Effects of Fractionation and Mechanical Treatments of Korean OCC on Paper Properties
17. A new potential paper resource; recyclability of paper cups coated with water-soluble polyacrylate-based polymer