Project

"Architecture Civil Engineering Environment" Journal

Goal: ACEE Journal is published by the Silesian University of Technology, Poland. It is run by a consortium of three Faculties: Architecture,
Civil Engineering and Energy & Environmental Engineering.

The journal is published as quarterly in March, June, September and December. It is indexed in the Web of Science Core Collection Emerging Sources Citation Index.

The journal covers the following thematic domains:

ARCHITECTURE
• Architecture
• Built environment management
• History and theory of architecture
• Landscaping
• Sustainable development
• Town and country planning
• Urban planning

CIVIL ENGINEERING
• Building materials
• Ecology in building
• Engineering of building processes
• Geotechnics
• Roads and bridges
• Structural engineering
• Sustainable building
• Theory of structures

ENVIRONMENT
• Air protection
• Environmental biotechnology
• Heating systems and air conditioning
• Waste utilization
• Water and wastewater engineering
• Water supply and sewage system
• Ecotoxycology

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Project log

Agnieszka Jędrzejewska
added an update
Thanks to the efforts of the ACEE Editor-in-Chief, Barbara Klemczak, the Journal ARCHITECTURE CIVIL ENGINEERING ENVIRONMENT has been granted co-funding from the Minister of Science and Higher Education for scientific dissemination activities (DUN). Please see the attachment for more details.
 
Dear colleague, Please tell us the conditions for submitting articles to your journal.
 
Barbara Klemczak
  • 23.31
  • Silesian University of Technology
The Author's guide is available at www.acee-journal.pl
 
Marek Węglorz
added a research item
The efficiency of the textile fabrics used as reinforcement of concrete elements was tested with relation to bending capacity of the thin concrete plates and with the reference to strengthening of concrete columns subjected to axial compression. The results of bending tests proved good effectiveness of textile reinforcement which was equivalent to conventional steel reinforced concrete elements. Values of cracking forces and deflections for textile reinforced concrete (TRC) elements were significantly higher in comparison to the plates reinforced with conventional steel reinforcement. High effectiveness of textile reinforcement was achieved due to uniform transfer of tensile forces into composite cross-section. Additional benefit of textile reinforcement in prevention of cracks represents its flexibility and very small cross section in comparison to conventional , metallic reinforcement. In consequence, smaller cracks width was observed in TRC than in traditionally reinforced concrete slabs [2]. In the second group of tests, the proposal was made for the strengthening of columns with the use of additional, thin, external layer of the orthogonal, textile fabrics and the cement mortar. Some benefits can be achieved in strengthening with textile composite in comparison to traditional methods (in particular: with the use of non-reinforced shotcrete). This solution accomplishes the methods of strengthening with the use of FRP and steel [3]. S t r e s z c z e n i e Przedmiotem badań była ocena efektywności zbrojenia elementów betonowych z użyciem zbrojenia tekstylnego, w odniesie-niu do nośności na zginanie cienkich płyt betonowych oraz przy wzmacnianiu słupów betonowych poddanych ściskaniu osiowemu. W badaniach na zginanie potwierdzono wysoką efektywność zbrojenia tekstylnego, odpowiadającą tradycyjnemu zbrojeniu prętami stalowymi. Dla cienkich płyt betonowych zbrojonych tekstyliami (TRC) uzyskano wartości sił rysujących i ugięć znacząco wyższe w porównaniu do płyt tradycyjnie zbrojonych prętami stalowymi. Wysoką efektywność zbrojenia tek-stylnego osiągnięto dzięki równomiernemu przekazaniu sił rozciągających w przekroju kompozytu. Łatwość dopasowania układu zbrojenia do kierunków naprężeń rozciągających oraz bardzo małe przekroje przędzy wpływają korzystnie na ochronę elementów betonowych przed zarysowaniem. W rezultacie, w zginanych płytach zbrojonych tekstyliami zaobserwowano mniejszą szerokość rozwarcia rys niż w porównawczych płytach żelbetowych zbrojonych stalą [2]. W drugiej grupie badań przedstawiono propozycję wzmocnień słupów betonowych przez ułożenie dodatkowej, cienkiej warstwy zewnętrznej w formie kompozytu z zaprawy cementowej zbrojonej ortogonalną siatką tekstylną. W badaniach wykazano, że wzmocnienie słupów siatkami tekstylnymi jest, w pewnych zastosowaniach, efektywniejsze w stosunku do metod tradycyjnych (w szczególności: wzmocnień torkretem). Wzmocnienie tekstyliami stanowi uzupełnienie powszechnie znanych metod wzmacniania konstrukcji z wykorzystaniem materiałów FRP i stali [3]. K e y w o r d s : Strengthening of RC-columns; Textile reinforcement; Thin-walled lightweight plates.
Agnieszka Jędrzejewska
added an update
ACEE papers are fully open and enjoy interest in the scientific community. The papers are frequently cited. Nevertheless, we observe a lot of disambiguities in regard to these citations in other journals.
Therefore, we urge the authors citing ACEE papers to put the journal name as Architecture Civil Engineering Environment (without commas, dots or any other separators, and definitely not in a short form ACEE - this is just a working name!).
Thank you!
 
Agnieszka Jędrzejewska
added an update
CALL FOR PAPERS
The Editorial Board of the ACEE Journal invites the researchers from all over the world from the domains of architecture, civil and environemental engineering to submit their papers. The call is open.
ACEE Journal is an internationally reknown journal issued since 2008, and since 2015 indexed in Web of Science Core Collection ESCI. The journal is also indexed by Google Scholar. Papers in ACEE are published free from charge and access to electronic version of the papers is open. Publication time (from submission to print-out) can be as short as 6 months, depending on the moment of submission with respect to the dates of issues publication.
We believe that ACEE Journal is an attractive place for publication of your research results.
For more details about the Journal, please go to the Journal webpage: http://acee-journal.pl/
Instructions for the authors can be found here: http://acee-journal.pl/1,5,GUIDE_TO_AUTHORS.html
Authors are asked to submit manuscripts to the Sectional Editors:
 
Agnieszka Jędrzejewska
added a project goal
ACEE Journal is published by the Silesian University of Technology, Poland. It is run by a consortium of three Faculties: Architecture,
Civil Engineering and Energy & Environmental Engineering.
The journal is published as quarterly in March, June, September and December. It is indexed in the Web of Science Core Collection Emerging Sources Citation Index.
The journal covers the following thematic domains:
ARCHITECTURE
• Architecture
• Built environment management
• History and theory of architecture
• Landscaping
• Sustainable development
• Town and country planning
• Urban planning
CIVIL ENGINEERING
• Building materials
• Ecology in building
• Engineering of building processes
• Geotechnics
• Roads and bridges
• Structural engineering
• Sustainable building
• Theory of structures
ENVIRONMENT
• Air protection
• Environmental biotechnology
• Heating systems and air conditioning
• Waste utilization
• Water and wastewater engineering
• Water supply and sewage system
• Ecotoxycology