1. UDK: 621.92: 621.81: 69.002.5
Burlachenko O. V., Ivanov M. V.
INCREASE OF WEARING CAPACITY OF DETAILS OF CONSTRUCTION EQUIPMENT ON THE BASIS OF IMPROVEMENT OF LASER AND HYDROABRASIVE PROCESSING
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2. UDK: 556.16//45//(282/247/41)
Musaelyan S. M., Makhova S. I.
ABOUT LONG-STANDING FLUCTUATIONS OF WATER FLOW OF THE RIVER VOLGA IN VOLGOGRAD
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3. UDK: 66.045.3
Zharkov A. F., Chesnokova O. G.
IMPACT OF THERMOTECHNICAL PROPERTIES OF MATERIALS WITH PHYSICAL NONLINEARITY ON OPERATIONAL SAFETY OF FURNACES
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4. UDK: 691
Klyachenkova O. A., Stepina I. V., Ermachkova N. A., Kotlyarova I. A., Myasoedov E. M.
RESEARCH OF ADHESION OF PAINTWORK MATERIALS TO WOOD SURFACE MODIFIED BY PHENYLBORATES
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5. UDK: 699.86:661.683.3:691.542
Malyavskii N. I., Zvereva V. V.
CALCIUM-SILICATE WATER GLASS HARDENER FOR THE FORMATION OF WATER RESISTANT ALKALI-SILICATE INSULATION MATERIAL
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6. UDK: 528.48:624
Kuranov D. V., Klochkov D. P., Kozlovtseva E. Y.
IMPROVEMENT OF THE METHOD OF GEODESIC CONTROL OF ROOF CONSTRUCTIONS AT THE EXPERT EXAMINATION OF INDUSTRIAL SAFETY
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7. UDK: 624.042
Ignat'ev V. A., Romashkin V. N.
ALGEBRAIC PROBLEM OF EIGENVECTOR AND EIGENVALUES OF HIGH ORDER IN TASKS OF DYNAMICS AND STABILITY OF A CONSTRUCTION
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8. UDK: 624.131
Bogomolov A. N., Pavlov D. V., Bogomolova O. A., Solov′ev A. V., Podtelkov V. V.
EXPERIMENTAL JUSTIFICATION OF POSSIBILITY OF USE OF CONDITION OF COULOMB’S STRENGTH FOR THE ASSESSMENT OF STABILITY OF HORIZONTAL DEVELOPMENT LOCATED IN ACTIVE ZONE OF STRIP FOUNDATION
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9. UDK: 624.131
Bogomolov A. N., Pristanskov A. A., Pavlov D. V., Bogomolova O. A., Anisimov L. A.
FORMALISATION OF CALCULATION OF STABILITY OF UNFIXED UNDERGROUND DEVELOPMENT OF ROUND SECTION EXHAUSTED IN ACTIVE ZONE OF COHERENT BASIS OF BURIED STRIP FOUNDATION
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10. UDK: 624.131
Bogomolov A. N., Pristanskov A. A., Podtelkov V. V., Yakimenko I. V.
LABORATORY RESEARCHES OF THE BEARING CAPACITY OF THE BASIS OF “PERIODIC” BURIED STRIP FOUNDATION
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11. UDK: 691:699.86:692.23
Perekhozhentsev A. G., Chesnokova O. G.
OPPORTUNITY OF APPLICATION OF SUPER-THIN THERMAL ISOLATION TO INCREASE HEAT-INSULATING PROPERTIES OF BUILDING ENVELOPES
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