modern materials, installations and construction technologies

modern materials, installations and construction technologies

POPE JOHN PAUL II STATE SCHOOL
OF HIGHER EDUCATION
IN BIAàA PODLASKA
FACULTY OF ECONOMIC AND TECHNICAL
DEPARTMENT OF TECHNICAL SCIENCES
MODERN MATERIALS, INSTALLATIONS
AND CONSTRUCTION TECHNOLOGIES
Edited by
Stanisáaw Fic
BREST – ODESSA – SIMFEROPOL – BIAàYSTOK – BIAàA PODLASKA
(BIELARUS)
(UKRAINE)
(UKRAINE)
(POLAND)
Biaáa Podlaska, 2013
(POLAND)
Reviewers:
prof. nadzw. dr hab. inĪ. Stanisáaw Fic
prof. dr hab. inĪ. Wiktor Tur
prof. dr hab. inĪ. Vadzim Nikitsin
The ScientiÞc Council:
prof. nadzw. dr hab. inĪ. Stanisáaw Fic – chairman, PSW Biaáa Podlaska
prof. dr hab. inĪ. Wiktor Tur – vice-chairman, PSW Biaáa Podlaska, Technical University of Brest
prof. dr hab. inĪ. Vadzim Nikitsin – vice-chairman, PSW Biaáa Podlaska
prof. dr hab. inĪ. Andrzej àapko – Biaáystok University of Technology
prof. dr hab. inĪ. Czesáaw Miedziaáowski – Biaáystok University of Technology
prof. dr hab. inĪ. Bohdan Demczyna – National University Lviv Polytechnic
prof. dr hab. inĪ. Siergiej Fedorkin – Akademia PKB Krim
prof. dr hab. inĪ. Nikolai Lubomirskij – Akademia PKB Krim
prof. dr hab. inĪ. Valeri Vyrovoi – Odessa State Academy of Civil Engineering and Architecture
prof. dr hab. inĪ. Sergiej Koval – Odessa State Academy of Civil Engineering and Architecture
prof. dr hab. inĪ. Hrytsuk Mikhail – PSW Biaáa Podlaska
prof. dr hab. Jerzy Nitychoruk – PSW Biaáa Podlaska
Editorial Committee:
dr inĪ. Danuta Barnat-Hunek - chief editor
Organization unit:
dr Andrzej Misiejuk
dr Anna Jakubowicz
dr inĪ. Adam Wasilewski
mgr inĪ. Agnieszka Karwacka
MONOGRAPH
ISBN 978-83-61044-39-0
Liczba arkuszy wyd.: 10
Nakáad: 110 egz.
Published by
Pope John Paul II State School of Higher Education
in Biaáa Podlaska
© Copyright by PaĔstwowa Szkoáa WyĪsza im. PapieĪa Jana Pawáa II
w Biaáej Podlaskiej
Wydawnictwo PSW JPII
ul. Sidorska 95/97, p. 231R
21-500 Biaáa Podlaska
www.pswbp.pl
Skáad, druk, projekt okáadki/ Printing, binding and cover design:
Agencja Reklamowa TOP, ul. ToruĔska 148, 87-800 Wáocáawek,
tel.: 54 423 20 40, fax: 54 423 20 80, www.agencjatop.pl
Introduction
A rapid development in the Þeld of materials, installations and construction
technologies has been observed for decades. Consequently, the research carried out
in terms of various categories allows for the implementation and application of many
innovative solutions to the construction.
The construction development is primarily determined by the availability of new
materials and their application, which becomes a major determinant of progress and
innovation. Nevertheless, the interest in the introduction of new materials to the
construction industry is not decreasing. Even though successively introduced European
standards in Poland aim at imposing the requirements in terms of materials, while they
still treat brießy the quality and quantity of the ingredients used in the composition.
The knowledge of the physico-mechanical and physico-chemical properties of materials
enables the selection of a more suitable and economical way of their application. At the
same time, the properties of the materials must be related to the physical processes that
occur in materials used to build various objects. Thus the materials determine such factors
as the comfort of use, durability, safety, impact on man and the surrounding environment.
Consequently, while introducing new materials and technologies, it is necessary to take
sustainable development into account since it reduces CO2 emissions and becomes more
environmentally friendly for man.
This monograph constitutes a collection of articles in the area of materials, installations
and construction technologies.
In more than 20 articles, the authors present examples of solutions that allow to obtain a
lot of information and knowledge on materials which are important from both the scientiÞc
and technical point of view. More importantly, the solutions are copyrighted since they
result from experiments and theoretical research related to the areas of concern.
The information and solutions described in the articles can be used as a study aid
not only to students of architecture and civil engineering, but also for civil engineers
involved in the design and construction of buildings and specialists in the area of
engineering science.
Acknowledgments:
The initiative to publish the monograph is held under the patronage of His MagniÞcence
Ph.D Full Professor Józef Bergier, Rector of Pope John Paul II State School of Higher
Education in Biala Podlaska, whom I am very grateful.
I express sincere thanks to the authors of the articles, the reviewers and the ScientiÞc
Committee for their hard work and professional preparation. I wish you success in your
personal and scientiÞc life.
Sincerely
Stanisáaw Fic
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Modern Materials, Installations and Construction Technologies
Contents:
1. Orlik-KoĪdoĔ B.
The inßuence of leakage of insulating layer on thermal
parameters of ethics system. .....................................................................................7
2. Zarzeka-Raczkowska E., Raczkowski A., Pomorski P.
Technical and economic analysis of thermal modernisation
process of a detached house ..................................................................................20
3. àapko A., Baj A.
Modelling of freezing and thawing effect on the deßections
of RC beams made of recycling aggregate concrete. .............................................28
4. Nikitsin V., Backiel-Brzozowska B.
On taking wind-driven rain and capillary characteristics
of materials into account while calculating dampness
of shielding structures for buildings. .....................................................................36
5. BudzyĔski W., Góra J.
Ecological and economic aspects of the impact of the type
of coarse aggregate on strength properties of concrete .........................................47
6. Barnat-Hunek D., Kowalczyk A., Stankiewicz K.
Review of research on recycling of waste materials
to produce bricks through Þring. ...........................................................................59
7. Chudzicki J., MalesiĔska A.
Design requirements for water supply and sewage systems
in the energy savings certiÞcates in the construction industry ...............................70
8. Tur V., Drahan A.
Modeling of cracking behaviour of RC-members
based on the bond-slip relation for bonded reinforcement ....................................80
9. Fic S., Brzyski P., Szeląg M.
Possible applications of natural Þber and straw
of ßax and hemp in the construction industry .........................................................92
10. Szczygielska E.
Conformity testing of concrete compressive strength
based on overlapping groups ................................................................................101
11. UrbaĔski M., àapko A.
Effectiveness of ßexural basalt reinforcement
application in RC beam structures ....................................................................... 113
12. Malesza M., Miedziaáowski C., Malesza J.
New approach in construction
of the wood-framed residential buildings .............................................................124
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Contents
13. Smarzewski P.
Experimental analysis of high performance
Þbre reinforced concrete plates.............................................................................137
14. àapko A., Wasilczyk R.
The ultimate fatigue state of rc structures according to model code 2010 ...........146
15. Fic S., Barnat – Hunek D., Karwacka A.
Waterproof impregnation of ceramic brick
with emulsions of low voc content ........................................................................156
16. Tur V., Semianiuk V.
Self-stressed concrete members reinforced with frp-bars .....................................165
17. Krassowska J., àapko A.,
Analysis of shear capacity of steel Þber reinforced concrete beams ....................179
18. Suchorab Z., Zarzeka-Raczkowska E.,
Determination of saturated water conductivity
coefÞcient in building materials ...........................................................................192
19. Raczkowski A., Suchorab Z., Kucharczyk G.,
Modeling of air-ßow in assembly hall supported
by mechanical ventilation system .........................................................................198
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