Capillary tube theory and the effect of the pore-size distribution index for drainage in porous media

AuthorAlfajardo, Macra D.
Call NumberAIT Thesis no. 279
Subject(s)Drainage
Porous materials
NoteA thesis submitted in partial fulfillment of the requirements for the degree of Master of Engineering in the Asian Institute of Technology, Bangkok, Thailand
PublisherAsian Institute of Technology
AbstractA theoretical investigation of the one-dimensional drainage of an initially saturated medium by the effect of gravity to a water table was studied. Approximate solutions were developed describing the accumulated volume of flow per unit cross-sectional area to the water table as a function of time and measurable soil properties. The approximate solutions were obtained using an analogy of a capillary tube and the effect of the pore-size distribution index of porous media. The final solutions were given in an integral form which were numerically integrated. The validity of the theoretical equations were verified by comparison with experimental data obtained by previous investigators
Year1969
TypeThesis
SchoolStudent Research Before 1980
DepartmentOther Field of Studies (No Department)
Academic Program/FoSThesis (Year <=1979)
Chairperson(s)Arbhabhirama Anat
Examination Committee(s)Ackermann, Norbert L. ;Schulz, Edmund F. ; Subin Pinkayan
Scholarship Donor(s)Asian Institute of Technology
DegreeThesis (M. Eng.) - Asian Institute of Technology, 1969


Usage Metrics
View Detail2
Read PDF0
Download PDF0