|
Issue |
Title |
|
Vol 1, No 39 (2019): Ways to Improve Construction Efficiency (Technical) |
Application of colloidal surfactants in the technology of fine-grained concrete |
Abstract
PDF (Українська)
|
А. Shishkin, А. Shishkina |
|
Vol 1, No 39 (2019): Ways to Improve Construction Efficiency (Technical) |
Application of environmental assessment methods for building materials when comparing various aspects of environmental impact |
Abstract
PDF (Українська)
|
M. Kulik, S. Ishchenko, L. Chupryna |
|
Vol 2, No 39 (2019): Ways to Improve Construction Efficiency (Technical) |
Application of the modern approach to the adoption of organizational and technological solutions in conditions of dense building and compressed conditions based on the DAD approach. |
Abstract
PDF (Українська)
|
О. Chertkov, V. Tsehelnyi, D. Ermolovich, D. Plaksiuk |
|
No 36 (2018): Ways to Improve Construction Efficiency (Economics) |
Approaches to the formation of the cost of construction works performed by domestic construction companies outside Ukraine |
Abstract
PDF (Українська)
|
P. Zakorko, D. Vershigora, P. Babiychuk |
|
No 40 (2019): Ways to Improve Construction Efficiency (Economic) |
Areas of optimization of operating expenses of a construction enterprise |
Abstract
PDF (Українська)
|
I. Yakymchuk, L. Pokrova |
|
Vol 1, No 39 (2019): Ways to Improve Construction Efficiency (Technical) |
Aspects of the use of roboted systems for optimization of construction processes |
Abstract
PDF (Українська)
|
M. Kulik, O. Hrin, O. Volkova |
|
No 34 (2015): Ways to Improve Construction Efficiency |
Assessment methods entreneurial risk |
Abstract
PDF (Українська)
|
M. Nesterenko |
|
No 38 (2018): Ways to Improve Construction Efficiency (ECONOMICS) |
Assessment of the attractiveness of construction technologies in conditions of socio-environmental limitations |
Abstract
PDF (Українська)
|
H. V. Shpakova |
|
Vol 1, No 39 (2019): Ways to Improve Construction Efficiency (Technical) |
Assessment of the constructability of the solutions for built-up roofs on profiled flooring with the account for the minimum thermal requirements. |
Abstract
PDF (Українська)
|
D. Khokhrіakova, G. Shamrina |
|
No 42 (2019): Ways to Improve Construction Efficiency (ECONOMICS) |
Assessment of the developer's operating system performance in the housing microenvironment |
Abstract
PDF (Українська)
|
G. Ryzhakova, D. Rуzhаkov, G. Shpakova, I. Leshchynska, V. Kondratskiy, Y. Fedorova, V. Koshelna, Y. Maksymyuk |
|
No 45 (2020): Ways to Improve Construction Efficiency (Technical) |
Background and ways to implement BIM concept in the construction industry |
Abstract
PDF (Українська)
|
A. A. Tugay, V. O. Pokolenko, A. D. Yesipenko, A. V. Dubinka |
|
No 34 (2015): Ways to Improve Construction Efficiency |
Balancing the terms of the construction processes execution for the organiza-tion of the flow-line conveyer works that involve the usage of universal machines |
Abstract
PDF (Українська)
|
I. Ivanejko, Y. Oleksiv |
|
Vol 2, No 39 (2019): Ways to Improve Construction Efficiency (Technical) |
Bim-technologies in Ukraine |
Abstract
PDF (Українська)
|
P. Rebrуna, І. Nesterenko |
|
Vol 1, No 39 (2019): Ways to Improve Construction Efficiency (Technical) |
Building information modelling: general overview |
Abstract
PDF (Українська)
|
А. Hassan, V. Donenko |
|
No 40 (2019): Ways to Improve Construction Efficiency (Economic) |
Business cycles in the construction industry: identification,analysis, evaluation |
Abstract
PDF (Українська)
|
А. Mogolivets |
|
No 35 (2018): Ways to Improve Construction Efficiency (Technical) |
By determining the strength of the spatial section of prestressed concrete rectangular profile cell double reinforcement in bending and torsion-based model of deformation |
Abstract
PDF (Українська)
|
O. Kliuka |
|
No 43 (2020): Ways to Improve Construction Efficiency (Technical) |
Change in heat transfer resistance of a window profile made of different materials |
Abstract
PDF (Українська)
|
V. Ihnatieva |
|
No 33 (2015): Ways to Improve Construction Efficiency |
Classification and characteristics of atmospheric and climate and environmental conditions that influence the selection of a set of multi-storey buildings |
Abstract
PDF (Українська)
|
K. Chernenko |
|
No 40 (2019): Ways to Improve Construction Efficiency (Economic) |
Classification and systemization through economic security of building enterprises |
Abstract
PDF (Українська)
|
N. Bolila, L. Gusarova |
|
No 34 (2015): Ways to Improve Construction Efficiency |
Classification aspects of the strategy construction companies |
Abstract
PDF (Українська)
|
Yu. Yurchenko |
|
Vol 1, No 39 (2019): Ways to Improve Construction Efficiency (Technical) |
Compliance with the rules for protecting hazardous work areas at the construction site through the use of inventory, mass-produced protection means |
Abstract
PDF (Українська)
|
О. Chertkov |
|
No 38 (2018): Ways to Improve Construction Efficiency (ECONOMICS) |
Components of anti-crisis potential of construction enterprises in dynamic conditions |
Abstract
PDF (Українська)
|
R. Skupsky |
|
Vol 2, No 39 (2019): Ways to Improve Construction Efficiency (Technical) |
Composite materials as a source of energy resources economy in building |
Abstract
PDF (Українська)
|
V. Serdyuk, S. Franyshina |
|
No 34 (2015): Ways to Improve Construction Efficiency |
Comprehensive preliminary analysis of innovation and investment projects in housing construction |
Abstract
PDF (Українська)
|
V. Tytok |
|
No 36 (2018): Ways to Improve Construction Efficiency (Economics) |
Conceptual provisions for increasing the level of economic efficiency of energy saving in construction enterprises |
Abstract
PDF (Українська)
|
N. Glybovets |
|
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