Monash University
Browse

Decoupling the role of mechanics, thermodynamics and transport in polymer-based systems

Download (32.76 MB)
thesis
posted on 2025-01-31, 01:21 authored by Barathan Rajendran
Porous polymeric membranes comprise a cross-linked polymer network of empty spaces, whereby water and analyte molecules fill these voids when the membrane is immersed in a solution. Consequently, the membrane transforms into a hydrogel that swells or shrinks as molecules enter or exit it, respectively. In this project, mathematical models were developed to address two crucial aspects, namely the modulation of molecule sorption by varying the mechanical strain of hydrogel and the effect of multivalent receptor-analyte binding in tuning the hydrogel shrinkage. By theoretically understanding these factors, polymer-based platforms can be reliably designed for advanced biosensing and drug delivery systems.

History

Campus location

Malaysia

Principal supervisor

Wang Xin

Additional supervisor 1

Kek Boon Goh

Year of Award

2025

Department, School or Centre

School of Engineering (Monash University Malaysia)

Course

Master of Engineering Science (Research)

Degree Type

RESEARCH_MASTERS

Faculty

Faculty of Engineering

Usage metrics

    Faculty of Engineering Theses

    Exports

    RefWorks
    BibTeX
    Ref. manager
    Endnote
    DataCite
    NLM
    DC