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Smart composite in construction
Journals / Smart composite in construction / Volume 6 Issue 1 / The deformable simplex method applied to the study of strength and water resistance of asphalt granuloconcrete depending on its composition
UDC 625.731.85

THE DEFORMABLE SIMPLEX METHOD APPLIED TO THE STUDY OF STRENGTH AND WATER RESISTANCE OF ASPHALT GRANULOCONCRETE DEPENDING ON ITS COMPOSITION The deformable simplex method applied to the study of strength and water resistance of asphalt granuloconcrete depending on its composition

Published in Smart composite in construction · Volume 6, Issue 1 · Pages 46–59 · Rubric: DESIGN AND CONSTRUCTION OF ROADS, SUBWAYS, AIRPORTS, BRIDGES AND TRANSPORT TUNNELS
DOI: https://doi.org/10.52957/2782-1919-2025-6-1-46-59
Received: 21.01.2025 Accepted: 14.03.2025 Published: 25.03.2025
Authors
EK
Ekaterina Budanova
VL
Vladimir Yarmolinskiy
EL
Elena Gritsenko
EG
Egor Egorov
ABSTRACT
The paper investigates the factors affecting the effectiveness of cold recycling technology for road repair. The authors have investigated the effect of asphalt granuloconcrete composition on indirect split tensile strength and water resistance coefficient. The authors applied the method of response surface order estimation in orthogonal planning for two factors. The arguments of bar diagrams with numerical values of the function and applications are given on the plan view. Using the deformable simplex method, the authors constructed and characterised the expected three-dimensional shape of the response surface. The results minimise the time required for design work in road construction and achieve significant savings on materials and labour.
KEYWORDS
cold recycling, asphalt granular concrete mix, road pavement, strength, water resistance, experiment planning
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