Bibliografia publikacji pracowników
Państwowej Szkoły Wyższej w Białej Podlaskiej

Baza tworzona przez Bibliotekę Akademii Bialskiej im. Jana Pawła II.

Zapytanie: URBAN PLANNING
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Autorzy: , , Z 003 Vol. 471 1757-899X 2018.06.18 CC-BY 003 Wettability and Surface Free energy of Mineral-Asphalt Mixtures with Dolomite and Recycled Aggregate IOP Conference Series: Material Sciences and Engineering 2019 1757-8981 2018/2019 10.1088/1757-899X/471/3/032011 Andrzejuk, Wojciech aggregates Kopia dostępna w Sekcji Bibliometrii.3rd World Multidisciplinary Civil Engineering, Architecture, Urban Planning Symposium (WMCAUS)Praga FINAL_PUBLISHED The study on the wetting properties and surface free energy (SFE) of mineral-asphalt mixtures was presented in the paper. The composition of the two mineral-asphalt mixtures was prepared: the mixtures with dolomite and the mixtures with dolomite and recycled ceramic aggregate. The use of different aggregates results in diversification of the wetting properties in porous bituminous mixtures. The microstructure was shown based on the SEM study. The wetting properties of mineral-asphalt mixtures were determined by measuring the contact angle of their surface using water as measuring liquid. Measurements were carried out immediately after the time of application of the drops. The total surface free energy (SFE) was determined using the Neumann method. While analysing the examination results it can be noticed that the values of contact angles depends on the type of aggregate used in mixtures and the smoothness of mineral-asphalt mixtures surface. The highest contact angle was noticed for the bituminous mixture with dolomite aggregate on flat surface. The smallest contact angle with water was obtained for the mineral-asphalt mixture with dolomite and recycled ceramic aggregate on rough surface. This is due to the physical characteristics of this aggregate. Ceramic aggregate is characterized by the high absorbability. This indicates an increased wettability and adhesion propert.
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Charakterystyka formalna: mixtures with dolomite and the mixtures with dolomite and recycled ceramic aggregate. The use of different aggregates results in diversification of the wetting properties in porous bituminous mixtures. The microstructure was shown based on the SEM study. The wetting properties of mineral-asphalt mixtures were determined by measuring the contact angle of their surface using water as measuring liquid. Measurements were carried out immediately after the time of application of the drops. The total surface free energy (SFE) was determined using the Neumann method. While analysing the examination results it can be noticed that the values of contact angles depends on the type of aggregate used in mixtures and the smoothness of mineral-asphalt mixtures surface. The highest contact angle was noticed for the bituminous mixture with dolomite aggregate on flat surface. The smallest contact angle with water was obtained for the mineral-asphalt mixture with dolomite and recycled ceramic aggregate on rough surface. This is due to the physical characteristics of this aggregate. Ceramic aggregate is characterized by the high absorbability. This indicates an increased wettability and adhesion properties.^aBarnat-Hunek, Danuta^bLublin University of Technology^cn^aceramic materials^aFic, Stanisław^bLublin University of Technology^cn^acontact angel^asurface free energy^aminerals^amixtures^arecycling^aurban planning^awetting
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Słowa kluczowe ang.: PUBLIKACJAAFILIACJA PODANAENGhttps://iopscience.iop.org/article/10.1088/1757-899X/471/3/032011PRACA RECENZOWANA100^bZ^a003^b003^c2019-07-05, 13:30^d2021-10-09, 14:29^e3523998909^f3320958810^aWettability and Surface Free energy of Mineral-Asphalt Mixtures with Dolomite and Recycled Aggregate^aIOP Conference Series: Material Sciences and Engineering^a2019^bVol. 471^cissue 3^darticle number 032011^a1757-8981^b1757-899X^a2018/2019^a10.1088/1757-899X/471/3/032011^aAndrzejuk, Wojciech^cx^aaggregates^aKopia dostępna w Sekcji Bibliometrii.^a3rd World Multidisciplinary Civil Engineering, Architecture, Urban Planning Symposium (WMCAUS)^aPraga^dCZ^b2018.06.18^c2018.06.22^aFINAL_PUBLISHED^bCC-BY^cAT_PUBLICATION^eOPEN_JOURNAL^aThe study on the wetting properties and surface free energy (SFE) of mineral-asphalt mixtures was presented in the paper. The composition of the two mineral-asphalt mixtures was prepared: the mixtures with dolomite and the mixtures with dolomite and recycled ceramic aggregate. The use of different aggregates results in diversification of the wetting properties in porous bituminous mixtures. The microstructure was shown based on the SEM study. The wetting properties of mineral-asphalt mixtures were determined by measuring the contact angle of their surface using water as measuring liquid. Measurements were carried out immediately after the time of application of the drops. The total surface free energy (SFE) was determined using the Neumann method. While analysing the examination results it can be noticed that the values of contact angles depends on the type of aggregate used in mixtures and the smoothness of mineral-asphalt mixtures surface. The highest contact angle was noticed for the bituminous mixture with dolomite aggregate on flat surface. The smallest contact angle with water was obtained for the mineral-asphalt mixture with dolomite and recycled ceramic aggregate on rough surface. This is due to the physical characteristics of this aggregate. Ceramic aggregate is characterized by the high absorbability. This indicates an increased wettability and adhesion properties.^aBarnat-Hunek, Danuta^bLublin University of Technology^cn^aceramic materials^aFic, Stanisław^bLublin University of Technology^cn^acontact angel^asurface free energy^aminerals^amixtures^arecycling^aurban planning^awetting
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Nr opisu: ey element in integrating its inhabitants. It affects the city's economic fabric, for instance through increased tourism and investment. Besides, it provides an impetus for the implementation of numerous architectural and urban projects whose task is to integrate its space or, as is often the case, insure the future viability of the riverside, including former port areas. Therefore the aim of this paper is to analyse projects which represent so-called best practice in the restoration of city riverside areas using examples from Western European cities which have experienced the implementation of such projects. The paper presents an analysis of cities selected due to the availability of source materials: Düsseldorf, the largest revitalised area, followed by London and Hamburg, the smallest. It should be emphasised that the author will continue her research on the former port areas, focusing mainly on the German sites.^arewita
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Charakterystyka wg MNiSW: rism of the beauty which shapes the urban landscape and is a key element in integrating its inhabitants. It affects the city's economic fabric, for instance through increased tourism and investment. Besides, it provides an impetus for the implementation of numerous architectural and urban projects whose task is to integrate its space or, as is often the case, insure the future viability of the riverside, including former port areas. Therefore the aim of this paper is to analyse projects which represent so-called best practice in the restoration of city riverside areas using examples from Western European cities which have experienced the implementation of such projects. The paper presents an analysis of cities selected due to the availability of source materials: Düsseldorf, the largest revitalised area, followed by London and Hamburg, the smallest. It should be emphasised that the author will continue her research on the former port areas, focusing mainly on the German sites.^arewitalizacja^arevitalization^aprzestrzeń publiczna^apublic space^aurbanizacja^aurban planning
Wskaźnik Impact Factor ISI: ocusing mainly on the German sites.^arewitalizacja^arevitalization^aprzestrzeń publiczna^apublic space^aurbanizacja^aurban planning
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Słowa kluczowe ang.: the urban landscape and is a key element in integrating its inhabitants. It affects the city's economic fabric, for instance through increased tourism and investment. Besides, it provides an impetus for the implementation of numerous architectural and urban projects whose task is to integrate its space or, as is often the case, insure the future viability of the riverside, including former port areas. Therefore the aim of this paper is to analyse projects which represent so-called best practice in the restoration of city riverside areas using examples from Western European cities which have experienced the implementation of such projects. The paper presents an analysis of cities selected due to the availability of source materials: Düsseldorf, the largest revitalised area, followed by London and Hamburg, the smallest. It should be emphasised that the author will continue her research on the former port areas, focusing mainly on the German sites.^arewitalizacja^arevitalization^aprzestrzeń publiczna^apublic space^aurbanizacja^aurban planning
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