Shriram Joshi - Profile on Academia.edu (original) (raw)

Shriram Joshi

Rahul Rao related author profile picture

Bilal Orfali related author profile picture

Nerissa Russell related author profile picture

David Zyngier related author profile picture

Prof. Aruwa,  Suleiman A.S. related author profile picture

KABIR TAHIR HAMID related author profile picture

George Lawson related author profile picture

Johannes Preiser-Kapeller related author profile picture

Veena Das related author profile picture

Hasan Fauzi related author profile picture

Uploads

Papers by Shriram Joshi

Research paper thumbnail of Sample-dimension effects in the sorption of solvents in polymers — a mathematical model

Journal of Membrane Science, 1978

It has recently been reported in the literature that, given a polymer-solvent pair, different sor... more It has recently been reported in the literature that, given a polymer-solvent pair, different sorption behaviors are observed according to the size of the sample. A mathematical model is developed for the coupled swelling-diffusion phenomenon in the polymer sample, which allows the prediction of such sample-dimension effects. Five different kinds of behavior are predicted for a given polymer-solvent pair, and the corresponding size bounds are related to the relevant physicochemical properties of the system. Comparison with a large body of literature data is satisfactory.

Research paper thumbnail of Sample-dimension effects in the sorption of solvents in polymers — a mathematical model

Journal of Membrane Science, 1978

It has recently been reported in the literature that, given a polymer-solvent pair, different sor... more It has recently been reported in the literature that, given a polymer-solvent pair, different sorption behaviors are observed according to the size of the sample. A mathematical model is developed for the coupled swelling-diffusion phenomenon in the polymer sample, which allows the prediction of such sample-dimension effects. Five different kinds of behavior are predicted for a given polymer-solvent pair, and the corresponding size bounds are related to the relevant physicochemical properties of the system. Comparison with a large body of literature data is satisfactory.

Log In