by GCO | Mar 24, 2023 | Transportation
Author(s)_ Hae-Won Park, ME Dong-Hyuk Kim, ME Jong-Hoon Lee, ME Woo-Sung Yum, PhD Jin-Hoon Jeong, PhD Abstract Improved criteria for the material properties and mix proportions of concrete slabs to enhance the performance of concrete pavements at Incheon...
by GCO | Mar 17, 2023 | Transportation
Author(s) Hanmin Wang, M.ASCE ; Ravi Ranade ; and Pinar Okumus Abstract This paper presents a novel method for calibrating a physics-based corrosion prediction model using a deterioration curve derived from field-based bridge condition assessments. The...
by GCO | Mar 17, 2023 | Transportation
Author(s) Chengjun Tan, A.M.ASCE ; Bin Zhang ; Hua Zhao ; Nasim Uddin, F.ASCE Abstract The bridge weigh-in-motion (BWIM) technique uses the instrumented bridge on a large scale to identify the axle weight of a passing vehicle. Vehicle configurations, e.g., axle...
by GCO | Jan 20, 2023 | Transportation
Authors Pere Alfaras Calvo Paul van Hagen Razvan Capra Abstract The paper aims to discuss the advantages and disadvantages of the double composite section in high-speed railway bridges from the design, construction and maintenance point of view. The paper is...
by GCO | Dec 12, 2022 | Transportation
Author(s) Farshad Astaraki, MD, MSc Morteza Esmaeili, PhD Abstract An investigation was undertaken into the stability of railway embankment slopes over soft subgrades stabilised by deep-mixed columns (DMCs). Three; 1 : 10 scale laboratory embankments were...
by GCO | Nov 21, 2022 | Transportation
Autho(r) Farshad Astaraki, MD, MSc Morteza Esmaeili, PhD Abstract An investigation was undertaken into the stability of railway embankment slopes over soft subgrades stabilised by deep-mixed columns (DMCs). Three 1 : 10 scale laboratory embankments were...
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