Horseshoe lung is a rare congenital pulmonary anomaly in which the caudal and basal segments of the left and right lungs are joined together behind the pericardium at the height of cardiac apex. Most patients with horseshoe lung have many other cardiovascular anomalies typical of the scimitar syndrome or the hypogenetic right lung syndrome. We report on a patient with horseshoe lung not associated with scimitar syndrome, but presented with a focal diaphragmatic herniation of the liver, such as never reported before in case of horseshoe lung without associated scimitar syndrome.

Internet je postao značajan alat i veoma važan kanal političke komunikacije u suvremenom svijetu. Prvi zagovornici umrežene političke komunikacije su promovirali ideju da internet uklanja prepreke protoka slobodne informacije između donosioca političkih odluka i onih za koje se odluke donose (javnost) i ta inkorporacija interneta i područja političke komunikacije prouzrokuje promjene prijašnjih dominantnih modela političke komunikacije koji su se zasnivali na tajnosti i netransparentnosti. Tako bi nas internet „mogao osloboditi“ i otvoriti nove načine sudjelovanja građana u političkoj komunikaciji. Ovaj rad pokušava naći odgovor na pitanje: je li se to dogodilo u Bosni i Hercegovini? Je li nas internet počeo „oslobađati“? Analizira upotrebu interneta u političkoj komunikaciji u Bosni i Hercegovini u predizborno vrijeme. Početna hipoteza u ovom radu tvrdi da internet nije u potpunosti uključen u političku komunikaciju u Bosni i Hercegovini (ili, preciznije, nije uključen na pravilan način) tako, da bi se opisala situacija u BiH politici kad se govori o novim medijima, točan termin je „politička komunikacija koja koristi internet“, a ne „umrežena politička komunikacija“.

Light-weight and environmentally friendly materials with good mechanical properties are much appreciated in various modern applications. Weight reduction can improve the performance of many components while reducing the fuel consumption of vehicles. Magnesium is one of the most popular weight-reducing materials because of its low density, good mechanical properties, large natural reserves and good machining properties. The strength, stiffness and favourable metallographic structure of products can be improved by a forging process in which components are shaped from feedstock slugs by applying compressive force through various forging dies. However, widespread usage of forging technology in industrial practice is very rare in comparison to casting, due to the specific deformation characteristics of magnesium having a hexagonal close packed basal crystal structure. This paper deals with the determination of the influence of the most important process parameters on the deformation process of magnesium alloys. On the basis of extensive experimental study, anisotropic flow and the impact of the most important input process factors on the plastic deformation of AZ80 wrought alloy are considered. The results presented in this paper are directly related to industrial practice and have significant potential as a case study for the further development of FEM models capable of predicting anisotropic material flow during applied plastic deformation. The studies presented in the paper also make possible defining recommended technological parameters of the forging process.