DEVELOPMENT OF METHODS FOR DESIGNING PILE FOUNDATIONS FOR MULTI-STOREY CIVIL BUILDINGS CONSTRUCTED ON MACROPOROUS SUBSIDENCE SOILS
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Abstract
The study considers the methods (separate stages) of designing pile foundations made of driven reinforced concrete piles on macroporous subsidence soils of the second type of subsidence using multi-storey buildings as an example. The paper provides a brief description of the buildings under consideration, analyzes the soil conditions of construction, including data on physical, deformation, strength, subsidence characteristics of soils and methods of their determination. Using the calculation, it establishes the type of soil conditions in terms of subsidence, describes the method of selecting the type of piles and their length in macroporous subsidence soils. The data of experimental studies of bearing capacity of driven piles in macroporous subsidence soils, justification of the method of numerical studies of pile performance and theoretical evaluation of their bearing capacity are given.
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References
Krutov V.I., Kovalev A.S., Kovalev V.A. Design and construction of bases and foun-dations on subsidence soils. - Moscow: ASV Publishing House, 2013. - 544 p.
Geotechnical Engineering Handbook. Bases, foundations and underground structures: 3rd edition, supplemented and revised / Under the general editorship of V.A. Ilyichev and R.A. Mangushev. - Moscow: Publishing house ASV, 2023. - 1084 p.
Abelev Y.M., Abelev M.Y. Fundamentals of design and construction on subsidence macroporous soils. 3rd ed. revision and sup-plement. - Moscow: Stroyizdat, 1979. - 271 p.
Polischuk A.I., Marinichev M.B. Bases and foundations, underground structures; ed. by A.I. Polischuk. 3rd ed. revision and add. - M.: Publishing house ASV, 2023. - 558 p.
Polishchuk A.I. Analysis of ground condi-tions of construction in the design of build-ings: Scientific and practical manual. -Moscow: Publishing house ASV, 2016. - 104 p.
GOST 12071-2000. Sampling, packing, transportation and keeping of samples. – Мoscow: 2001.
Mangushev R.A., Usmanov R.A. Bases and Foundations. Solution of practical prob-lems: Textbook. -2nd ed. ster. SPb.: Publish-ing “Lan”, 2018. - 172 p.
Mangushev R.A., Osokin A.I., Usmanov R.A. Arrangement and reconstruction of ba-ses and foundations on structurally unstable soils / Edited by R.A. Mangushev: Mono-graph. -Saint Peterburg: Publishing “Lan”, 2018. - 460 p.
GOST 5180-2015. Soils. Laboratory meth-ods for determination of physical character-istics. – Мoscow: 2016.
Ilyichev V.A., Mangushev R.A. Geotech-nical Engineering Handbook. Bases, founda-tions and underground structures. -Moscow: ASV Publishing House, 2014. - 728 p.
GOST 12248.4-2000. Soils. Determination of deformation parameters by compression testing. – Мoscow: 2003.
GOST 23161-2012. Soils. Method of labor-atory determination of subsiding characteris-tics. – Мoscow: 2013.
SP 22.13330.2016. Soil bases of buildings and structures. Updated version of SNiP 2.02.01-83*. – Мoscow: 2017.
GOST 20522-2012. Soils. Statistical treat-ment of the test results. – Мoscow: 2012.
GOST 12248-2020. Soils. Determination of strength parameters by shear strength test-ing. – Мoscow: 2020.
Abelev M.Yu. Peculiarities of construction on loess subsidence soaking soils. - Moscow: Publishing house ASV, 2023. -144 p.
Fundamentals of calculation and design of foundations for multi-storey, high-rise and unique buildings: scientific and practical manual / M.B. Marinichev, O.Y. Yeschenko, V.A. Demchenko, I.G. Tkachev. - Krasnodar: KubGAU, 2022. - 224 p.
Mangushev R.A., Osokin A.I., Konyushkov V.V., Diakonov I.P., Lanko S.V. Design of foundations and underground structures (textbook and practical manual). Edited by Corr. of RAACS, Dr. of Technical Sciences, Pro-fessor R.A. Mangushev. -Moscow: ASV Publishing House, 2021. - 632 p.
GOST 30672-2019. Soils. Field testing. General requirements. – Мoscow: 2019.
GOST 5686-2020. Sоils. Fiеld tеst mеthоds bу рilеs. –Мoscow: 2020.
SP 24.13330.2021. Pile foundations. Updat-ed version of SNiP 2.02.03.85. – Мoscow: 2021.
Marinichev M. B. Foundations of multi-storey and high-rise buildings in special conditions of the South of Russia : Cand. Doctor of technical sciences : 2.1.2 / M.B. Marinichev ; KubGAU (Krasnodar). - Saint-Petersburg : SPBGASU, 2023. - 355 p.
Marinichev M.B. Compensation of uneven compressibility of the base by the founda-tion stiffness (at the ground conditions of Krasnodar city and region): Avtoref. disser-tation cand. techn. sciences - Volgograd, 2004. - 24 p.
Marinichev M.B. Implementation of non-standard design solutions in high-rise con-struction using modern drilling technologies. Polythematic network electronic scientific journal of Kuban State Agrarian University. - 2009. - no. 54. - Pp. 1-8.
Marinichev, M.B. Research of bored hang-ing piles in the foundations of multistory and high-rise buildings: Monograph / M.B. Marinichev. - Krasnodar : KubGAU : Prosveschenie-Yug, 2022. - 155 p.