MSD simulation results in asphalt fractions. by Yi Wang (32470)

Subjects: “…diffusion coefficients increased…”

Simulation of asphalt density. by Yi Wang (32470)

Subjects: “…diffusion coefficients increased…”

Performance index of 70# MA. by Yi Wang (32470)

Subjects: “…diffusion coefficients increased…”

Original data. by Yi Wang (32470)

Subjects: “…diffusion coefficients increased…”

SARA test results for different types of asphalt. by Yi Wang (32470)

Subjects: “…diffusion coefficients increased…”

Basic properties of asphalt at different aging times. by Yi Wang (32470)

Subjects: “…diffusion coefficients increased…”

Basic performance results of aged asphalt regenerated from WEO. by Yi Wang (32470)

Subjects: “…diffusion coefficients increased…”

Microscopic morphology of different asphalts (200 × , 1000 × , and 1500×). by Yi Wang (32470)

Subjects: “…diffusion coefficients increased…”

FTIR test results of asphalt. by Yi Wang (32470)

Subjects: “…diffusion coefficients increased…”

Stir casting setup with furnace. by Charles Sarala Rubi (21608723)

“…</p><p>Results</p><p>Based on this study, the optimal values of S – 1.5 m/s, D – 500 m, L – 30 N, and R% – 9 wt% Hybrid (4.5% Fly ash and 4.5% B₄C) are found to yield the lowest SWR and CoF. Wear rate of composite decreased with an increase in reinforcement particles. …”

ANOVA for GRG. by Charles Sarala Rubi (21608723)

“…</p><p>Results</p><p>Based on this study, the optimal values of S – 1.5 m/s, D – 500 m, L – 30 N, and R% – 9 wt% Hybrid (4.5% Fly ash and 4.5% B₄C) are found to yield the lowest SWR and CoF. Wear rate of composite decreased with an increase in reinforcement particles. …”

Effect of Sliding Speed on GRG. by Charles Sarala Rubi (21608723)

“…</p><p>Results</p><p>Based on this study, the optimal values of S – 1.5 m/s, D – 500 m, L – 30 N, and R% – 9 wt% Hybrid (4.5% Fly ash and 4.5% B₄C) are found to yield the lowest SWR and CoF. Wear rate of composite decreased with an increase in reinforcement particles. …”

Impact of dispersoids on the Porosity of AMCs. by Charles Sarala Rubi (21608723)

“…</p><p>Results</p><p>Based on this study, the optimal values of S – 1.5 m/s, D – 500 m, L – 30 N, and R% – 9 wt% Hybrid (4.5% Fly ash and 4.5% B₄C) are found to yield the lowest SWR and CoF. Wear rate of composite decreased with an increase in reinforcement particles. …”

Image of Pin on disc setup. by Charles Sarala Rubi (21608723)

“…</p><p>Results</p><p>Based on this study, the optimal values of S – 1.5 m/s, D – 500 m, L – 30 N, and R% – 9 wt% Hybrid (4.5% Fly ash and 4.5% B₄C) are found to yield the lowest SWR and CoF. Wear rate of composite decreased with an increase in reinforcement particles. …”

Effect of Sliding Distance on GRG. by Charles Sarala Rubi (21608723)

“…</p><p>Results</p><p>Based on this study, the optimal values of S – 1.5 m/s, D – 500 m, L – 30 N, and R% – 9 wt% Hybrid (4.5% Fly ash and 4.5% B₄C) are found to yield the lowest SWR and CoF. Wear rate of composite decreased with an increase in reinforcement particles. …”

Micrograph of worn pin of LM6  by Charles Sarala Rubi (21608723)

“…</p><p>Results</p><p>Based on this study, the optimal values of S – 1.5 m/s, D – 500 m, L – 30 N, and R% – 9 wt% Hybrid (4.5% Fly ash and 4.5% B₄C) are found to yield the lowest SWR and CoF. Wear rate of composite decreased with an increase in reinforcement particles. …”

Input Parameters and their levels. by Charles Sarala Rubi (21608723)

“…</p><p>Results</p><p>Based on this study, the optimal values of S – 1.5 m/s, D – 500 m, L – 30 N, and R% – 9 wt% Hybrid (4.5% Fly ash and 4.5% B₄C) are found to yield the lowest SWR and CoF. Wear rate of composite decreased with an increase in reinforcement particles. …”

Impact of B₄C & Fly ash on the Density of AMCs. by Charles Sarala Rubi (21608723)

“…</p><p>Results</p><p>Based on this study, the optimal values of S – 1.5 m/s, D – 500 m, L – 30 N, and R% – 9 wt% Hybrid (4.5% Fly ash and 4.5% B₄C) are found to yield the lowest SWR and CoF. Wear rate of composite decreased with an increase in reinforcement particles. …”

Effect of Load on GRG. by Charles Sarala Rubi (21608723)

“…</p><p>Results</p><p>Based on this study, the optimal values of S – 1.5 m/s, D – 500 m, L – 30 N, and R% – 9 wt% Hybrid (4.5% Fly ash and 4.5% B₄C) are found to yield the lowest SWR and CoF. Wear rate of composite decreased with an increase in reinforcement particles. …”

Surface structure of B₄C. by Charles Sarala Rubi (21608723)

“…</p><p>Results</p><p>Based on this study, the optimal values of S – 1.5 m/s, D – 500 m, L – 30 N, and R% – 9 wt% Hybrid (4.5% Fly ash and 4.5% B₄C) are found to yield the lowest SWR and CoF. Wear rate of composite decreased with an increase in reinforcement particles. …”