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Advances in Civil and Architectural Engineering
Scopus
ISSN 2975-3848 · Josip Juraj Strossmayer University of Osijek, Faculty of Civil Engineering and Architecture Osijek · 98 artikel di indeks
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Balancing aesthetic diversity and functional efficiency to enhance building performance and user satisfaction
This paper investigates on the aesthetic values that were employed during residential, commercial and administrative building by comparing statistical data. Findings show that diversity is always one of the most significant aesthetical values, but its comparative significance depends on the type of…
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Interaction of root pattern with tropical residual soil in bio-anchorage system for slope stabilization
The primary objectives of this study were to quantify how Eugenia Oleina (with H-type root architecture) improves slope stability in tropical residual soils and to assess the factors controlling this bio-anchorage effect. Laboratory tests measured soil shear strength (cohesion c′ and friction angle…
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Advanced metaheuristic optimization for reducing time and cost while enhancing quality in major projects
The management of large and complex construction projects, particularly the optimization of project completion time, cost, quality, and coordinated resource allocation, remains a critical challenge. This challenge becomes increasingly pronounced in projects characterized by numerous activities…
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Performance assessment of industrial waste-based mortar under elevated temperatures
The present study focuses on the effect of elevated temperatures i.e., 150, 300, and 450 °C on the mass and compressive strength of cement mortar consisting of industrial wastes such as plastic waste, micro silica, and ground granulated blast furnace slag. Plastic waste as a sand substitute and…
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Analysis of combination test of infiltration box and absorption well to reduce road flooding
Urbanisation increases impervious surfaces, leading to increased runoff and flood risk, particularly in tropical urban areas. This study examines the effectiveness of a combination of infiltration boxes and wells installed in road medians as a decentralized stormwater management strategy…
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Review of concept and laboratory test methods of asphalt mixture rutting performance
Asphalt pavement is subjected to considerable recurring stresses that reduce its lifespan and impair its condition, mostly owing to repeated traffic loads and environmental factors, as well as construction quality. As the application of asphalt mixtures in paving roads has increased, asphalt…
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Optimising lightweight concrete and bricks using expanded polystyrene beads and silica fume: a sustainable approach to construction materials
Construction components are in greater demand as a result of the rapid growth of the building sector. This study investigated the feasibility of using expanded polystyrene (EPS) beads in combination with silica fume to produce lightweight construction materials. The strength and weight properties…
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Mechanical properties and flexural behaviour evaluation of ultra-high-performance concrete using hybrid natural fibres
This study aimed to elucidate the effects of incorporating basalt and banana fibres on the mechanical behaviour of ultra-high-performance concrete (UHPC). Two distinct UHPC groups were evaluated; the first group consisted of unreinforced control specimens, whereas the second group included…
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An approach to pullout resistance determination for wrap-around geotextiles in flood embankments
This study proposes an alternative verification procedure for assessing the pullout resistance of wrap-around geotextiles in flood embankments. The research does not aim to determine the design pullout resistance for practical engineering applications directly, but rather, to evaluate the…
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Influence of waste PET fibres on mechanical and durability properties of polyester concrete for tension members
In the northern areas of Pakistan, the fabric mostly used for wearing purposes is polyester (polyethylene terephthalate (PET). Due to its versatile quality, concrete is the most demanding construction material. In this study, durability & mechanical properties of polyester concrete (PC) are…
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Review and experimental analysis of oxidative torrefaction of sugarcane bagasse, sawdust, and rice husk in concrete
The growing global emphasis on sustainable, low-carbon energy has intensified interest in biomass as a renewable substitute for fossil fuels, with torrefaction emerging as an effective thermal pretreatment for enhancing fuel properties, particularly for co-firing in coal-based power plants. This…
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AI for pavement distress detection on lower-ranking roads: A bibliometric and systematic review
Artificial intelligence (AI) and deep learning have transformed pavement condition assessment by enabling faster, more consistent, and scalable detection of pavement distresses compared with traditional manual inspection. Although significant progress has been made in detecting cracks and other…
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Analytical estimation of fundamental periods of coupled systems
This study provides an in-depth analytical investigation to accurately estimate the seismic responses of coupled systems while considering primary–secondary system interactions (PSSIs). A practical modal analysis-based approach was proposed to estimate the fundamental period of multi…
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Comparative study on predicting the compressive strength of oven-cured fly ash and slag-based geopolymer concrete using soft computing techniques
Sustainable concrete is created using waste materials and contributes to environmental conservation. In this study, fly ash and slag were key ingredients for this sustainable concrete. The focus was on constructing a predictive model using various input variables. To achieve this, machine learning…
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Novel waterproof ambient cured geopolymer concrete using integral crystalline waterproofing admixture
Geopolymer concrete (GC) is a promising alternative to conventional cement concrete owing to its environmental benefits. However, water penetration, which is a common concern, significantly affects the performance of GC, thus causing efflorescence, reinforcement corrosion, and scaling, among other…
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Implementation of a substructure method to analyse soil-structure interaction at an existing 10-storey reinforced concrete building
In earthquake-resistant design, structures are usually assumed to be fixed at their bases. Although in some cases this assumption may be realistic, in other cases it is neither reasonable nor conservative and the consequences can be significant. Many investigations of soil-structure interaction…
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Development of environmentally friendly fibre reinforced concrete using agricultural byproduct as a cement substitute to reduce the ecological footprint of cement
One of the most common types of waste produced by the agriculture sector all over the world is coconut shells. However, cement manufacturing in the construction industry is responsible for billions of tons of carbon dioxide emissions annually. This study investigated the feasibility of using…
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A simple triangular finite element model for analysing the linear static behaviour of thick sandwich plates with equivalent material properties
This study presents a simple triangular finite element model for analysing the linear static behaviour of thick sandwich plates. What sets this work apart is its unique combination of the deformation approach with Airy’s function and analytic integration. The triangular plate finite element (TPFE)…
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Barriers and Overcoming Strategies for Lean Construction Implementation in Ethiopia: An Integrated Fuzzy AHP and Fuzzy TOPSIS Framework
Lean construction (LC) is a valuable concept for waste reduction and project performance improvement. There is awareness of LC principles and tools among professionals and limited use in Ethiopian projects. However, adoption and implementation are still low. This study aims to identify and…
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A capacity-based design process for earthquake-resistant steel frames
Capacity-based design ensures that the structure collapses according to a desired scenario in the event of a large earthquake to minimise loss of life. This design approach has been widely researched and incorporated into some building codes. However, current methods still have limitations, leading…