Pavement Analysis with the Consideration of Unbound Granular Material Nonlinearity
K Gkyrtis - Designs, 2023 - mdpi.com
Accurate pavement design and evaluation requires the execution of response analysis.
Pavement materials' behavior does not necessarily conform to the assumptions of the multi …
Pavement materials' behavior does not necessarily conform to the assumptions of the multi …
Research on correlation between dynamic resilient modulus and CBR of coarse-grained chlorine saline soil
M Deng, J Wang, X Wang, X Xie, K Wang, Y He - Scientific Reports, 2024 - nature.com
A large area of coarse-grained saline soil is distributed in saline soil areas, and chlorine
saline soil with a high salt content is a typical representative. The dynamic resilient modulus …
saline soil with a high salt content is a typical representative. The dynamic resilient modulus …
In-service performance evaluation of flexible pavement with lightweight cellular concrete subbase
The objective of engineers to improve the long-term performance of road infrastructure in
changing global climate has led to the development of alternate materials for pavement …
changing global climate has led to the development of alternate materials for pavement …
Performance evaluation of aged asphalt pavement binder through rejuvenators
Natural resources are declining due to rising infrastructure, renovation, demolition, and
recycling of existing structures that necessitate sustainable development. It urges the …
recycling of existing structures that necessitate sustainable development. It urges the …
[PDF][PDF] MECHANICAL PERFORMANCE OF ASPHALT PAVEMENT WITH ORTHOTROPIC UNBOUND GRANULAR SUB-BASE UNDER VEHICLE LOAD.
Y Gao, NL Hlupo, Q Qian, H Jiang - Journal of Theoretical & Applied …, 2023 - jtam.pl
The nonlinear mechanical response and orthotropy are the main properties of an unbound
granular material as a sub-base in an asphalt pavement. To investigate the impact of stress …
granular material as a sub-base in an asphalt pavement. To investigate the impact of stress …