Soil Mechanics and Transport in Porous Media

1. Soil Mechanics

1. Introduction to Soil Mechanics

2. Lower bound collapse theorem and lack of normality of strain rate to yield surface for soils
G. De Josselin Jong

3. Proceedings of the Geotechnical Conference OSLO 1968

4. The double sliding, free rotating model for granular assemblies
G. De Josselin Jong

5. Photoelastic verification of a mechanical model for the flow of a granular material
A. Drescher, G. De Josselin Jong

6. Elasto-plastic version of the double sliding model in undrained simple shear tests
G. De Josselin Jong

7. Improvement of the lowerbound solution for the vertical cut off in a cohesive, frictionless soil
G. De Josselin Jong

8. Application of the calculus of variations to the vertical cut off in cohesive frictionless soil
G. De Josselin Jong

9. A variational fallacy
G. De Josselin Jong

10. Consolidation around pore pressure meters
G. De Josselin Jong

11. Application of stress functions to consolidation problems
G. De Josselin Jong

12. Consolidation models consisting of an assembly of viscous elements or a cavity channel network
G. De Josselin Jong

13. Verification of the use of peak area for the quantitative differential thermal analysis
G. De Josselin Jong

14. A capacitative cell apparatus
G. De Josselin Jong

15. Étude photo-Élastique d’un empilement de disques
G. De Josselin Jong

2. Flow and Transport in Porous Media

16. Introduction to Flow and Transport in Porous Media
G. De Josselin Jong

17. Singularity distributions for the analysis of multiple-fluid flow through porous media
G. De Josselin Jong

18. Moiré patterns of the membrane analogy for ground-water movement applied to multiple fluid flow
G. De Josselin Jong

19. A many-valued hodograph in an interface problem
G. De Josselin Jong

20. Generating functions in the theory of flow through porous media
G. De Josselin Jong

21. Vortex theory for multiple fluid in three dimensions
G. De Josselin Jong

22. The simultaneous flow of fresh and salt water in aquifers of large horizontal extension determined by shear flow and vortex theory
G. De Josselin Jong

23. L’entrainement de particules par le courant intersticiel
G. De Josselin Jong

24. Longitudinal and transverse diffusion in granular deposits
G. De Josselin Jong

25. Discussion of ”Longitudinal and transverse diffusion in granular deposits“
G. De Josselin Jong

26. Transverse dispersion from an originally sharp fresh–salt interface caused by shear flow
G. De Josselin Jong

27. The tensor character of the dispersion coefficient in anisotropic porous media
G. De Josselin Jong

28. Dispersion in fissured rock
G. De Josselin Jong, Shah-Chih Way

Avainsanat: Geosciences, Hydrogeology, Civil Engineering, Geotechnical Engineering, Math. Applications in Geosciences