... to heating. Corresponding author Mahmoud Ameri (ameri@iust.ac.ir) creep deformation fatigue purified waste engine oil reclaimed asphalt pavement (RAP) recycled material recycling rejuvenator UN SDG 9: Industry, innovation and infrastructure UN SDG 11: Sustainable cities...

... and polymer additives of 3 and 5% by weight. Penetration, softening point and rotational viscometer tests were conducted to assess the effects of additives on the physical properties of modified binders. Marshall stability, indirect tensile strength, moisture susceptibility, four-point beam fatigue, dynamic...

...Shailja Bawa, MTech; S. P. Singh, PhD Mathematical models were developed for predicting the flexural fatigue strength of hybrid-fibre-reinforced self-compacting concrete based on fatigue test results. Steel and polypropylene fibres were used at 1% total mix volume in various proportions. About 250...

...Shailja Bawa, MTech; Surinder Pal Singh, PhD This paper presents the results of an investigation conducted to analyse the flexural fatigue life of self-compacting concrete with different proportions of steel fibre (SF) and polypropylene fibre (PPF) reinforcement. An experimental programme...

...Taher M. Ahmed, PhD; Thamer Yousif Ahmed, MSc; Abbas Al-Hdabi, PhD Hot-mix asphalt (HMA) suffers a reduction in stiffness and strength under repeated cyclic loading, such that it eventually cracks. This paper reports the measurement of asphalt fatigue degradation in terms of stiffness modulus...

... of the polyethylene. These materials were added to a 60/70 penetration graded asphalt binder in different amounts, and a cigar-tube test was performed to determine the separation tendency of the polyethylene. In addition, a linear-amplitude sweep test was used to evaluate the fatigue performance of the resulting...

... rights reserved 2014 bitumen & tar fatigue pavement design Cracking of asphalt pavements is a significant failure distress for pavement engineers to address during the design process. The heterogeneous nature of asphalt and its complex response to loading make the accurate...

...Gurbir Kaur, MTech; Suriner Pal Singh, PhD; Surendra Kumar Kaushik, PhD The flexural fatigue performance of steel-fibre-reinforced concrete containing mineral inserts is experimentally studied, to investigate the influence of limestone powder, fly ash, metakaolin and silica fume used as inserts...

...Sanjay Goel, ME; Surinder Pal Singh, PhD; Partap Singh, PhD This paper presents results of an investigation conducted to estimate the mean and design fatigue lives of self-compacting concrete and self-compacting fibre-reinforced concrete beams containing 0·5% volume fraction of steel fibres...

...Sanjay Goel, ME; Surinder P. Singh, PhD, MACI, MICI, MISCMS; Partap Singh, PhD Results of an investigation of the probability distributions and flexural fatigue performance of self-compacting concrete beams are presented. The fatigue tests were carried out with a 100 kN capacity closed-loop servo...

...Surinder P. Singh, PhD; Amrit P. Singh, PhD; Vineet Bajaj, MTech The paper presents a study on the flexural fatigue strength of hybrid fibre-reinforced concrete (HyFRC) containing different proportions of steel and polypropylene fibres. An experimental programme was conducted to obtain the fatigue...

.... The paper summarises the steps followed to validate the use of this new material and describes the results of all performed mechanical tests. Furthermore, the paper provides the results of fatigue tests for the retained mixture, reports its fatigue parameters, presents the results of the free shrinkage test...