[PDF][PDF] Early-age fatigue damage assessment of cement-treated bases under repetitive heavy traffic loading

A Sounthararajah, HH Bui, N Nguyen… - J. Mater. Civ …, 2018 - researchgate.net
This paper aims to develop measures to minimize the early-age fatigue damage of
prematurely-opened cement-treated bases (CTBs) due to repetitive heavy traffic loading …

Evaluation of flexural behaviour of cemented pavement material beams using distributed fibre optic sensors

A Sounthararajah, L Wong, N Nguyen, HH Bui… - … and Building Materials, 2017 - Elsevier
This paper aims to evaluate the reliability and accuracy of the estimation of flexural strains in
cemented pavement material (CPM) beams using a distributed fibre optic sensing …

Flexural behaviour of lightly cement stabilised materials: South Africa and Brazil

W Fedrigo, AT Visser, WJM Steyn… - Road Materials and …, 2021 - Taylor & Francis
This paper focuses on the flexural behaviour of lightly cement stabilised materials. An
experimental programme was developed to analyse the effects of compaction method, test …

An advanced experimental investigation of size effect on flexural fatigue behaviour of cement-bound granular materials

A Sounthararajah, J Kodikara - International Journal of Pavement …, 2023 - Taylor & Francis
This paper investigates the effect of specimen size on the flexural fatigue behaviour of two
different locally-sourced pavement materials stabilised with 3% general purpose (GP) …

[HTML][HTML] Developing a Low Shrinkage, High Creep Concrete for Infrastructure Repair

M Maguire, I Quezada, RJ Thomas - 2017 - rosap.ntl.bts.gov
Investigations to develop a durable concrete full depth pavement repair mixture with a four
hour cure time and 4000 psi compressive strength that will minimize cracking were carried …

[HTML][HTML] Rapid Concrete Repair

I Quezada, RJ Thomas, M Maguire - 2019 - rosap.ntl.bts.gov
Investigations to develop a full depth durable concrete mixture (15 year life) to be used for
pavement with four hour cure time and 4000 psi compressive strength that will minimize …