In this paper, the influence of bridge expansion length on the distribution of additional temperature stresses in continuously welded rails is investigated. Using a representative railway viaduct as a case study, the effects of thermal interaction between the track and the bridge are analyzed. The research focuses on the design phase, particularly ...

By Nikola Mirković, Uroš Mirković

This paper presents the application of a MATLAB-based framework that automates the modelling, analysis and design of anemometric steel guyed masts via the SAP2000 Open Application Programming Interface (OAPI). The design procedure is carried out in accordance with the current generation of Eurocode standards. The efficiency of the OAPI is demonstra...

By Miloš Jočković, Marija Milojević, Dušan Martinović, Nenad Fric, Miroslav Marjanović

Rural primary schools within the Municipality of Lazarevac represent a significant portion of the public building stock. Most of the buildings are single-storey with load-bearing masonry systems, built in the second half of the 20th century according to the technical regulations of that period, which did not seismic resistance, durability, and ener...

By Bojan Milošević, Borivoje Kostadinović, Aleksandar Šotić, Dušan Turina, Vanja Panić

The use of finely ground waste cathode ray tube (CRT) glass as a partial replacement for cement directly links the principles of circular economy with the reduction of carbon dioxide emissions. Instead of ending up in landfills, glass is returned to the production cycle as a pozzolanic material, reducing the need for extracting natural resources an...

By Dušan Grdić, Nenad Ristić, Mehmet Emiroğlu, Zoran Grdić, Gordana Topličić - Ćurčić

A reliable calculation method for torsion constant (IT) and warping constant (Iw) of I section with batten plates is presented. As welding of the batten plates transforms the cross section from an open to a two-cell closed one, the associated torsion theory becomes rather complex. St. Venant torsion theory of thin-walled closed sections is extended...

By Petar Subotić, Mladen Muhadinović, Biljana Šćepanović, Duško Lučić

This paper presents the design of a reinforced concrete arch bridge over the Đetinja River canyon, part of the Užice bypass route in Serbia. The 292 m long structure features a main arch span of 162 m with a rise of 23,6 m (rise-to-span ratio 1/6,86), placing the deck approximately 90 m above river level. The rationale for selecting a relatively sh...

By Novak Novaković, Milan Pandrc

Rekonstrukcija objekta metalurgije, radi proširenja proizvodnog kapaciteta, nekad zahteva ojačanje, rušenje i građenje čelične i/ili armirano-betonske konstrukcije. Rušenje konstrukcije je rizičan posao, koji zahteva dosta iskustva. Kinesko preduzeće “Ciđin” (ZiJin) otpočelo je rekonstrukciju Topionice i Rafinacije ...

By Božidar Furundžić

The assessment of existing masonry structures requires reliable information on their actual material properties, stress state, stiffness, and load-bearing capacity. This paper presents a methodology for the investigation and characterization of existing masonry walls, combining visual inspection, laboratory testing of masonry units and mortar, and ...

By Aleksandar Radević, Dragan Nikolić, Marko Marinković

Concrete is the most used construction material worldwide and material with the second greater consumption globally, just after water. However, durability of concrete is a major problem that minimizes the service life of structures. Concrete deterioration is almost always caused by reactants that penetrate the concrete matrix with water. Therefore,...

By Kosmas Sideris, Panagiota Manita

Major infrastructure failures rarely originate from a single defect, but emerge when deterioration, unfavorable load paths, limited redundancy, increasing operational demand, and incomplete knowledge interact. This paper synthesizes forensic and life-cycle evidence from two collapses: the 2018 Polcevera Viaduct in Genoa and the 2021 Champlain Tower...

By Gian Paolo Cimellaro, Francesco Trovatelli