THEORETICAL AND EXPERIMENTAL INVESTIGATIONS OF CRACK PROPAGATION BEHAVIOR AND DELAMINATION IN GLARE SPECIMENS AFFECTED BY NON-PROPORTIONAL FATIGUE LOADINGS

In actual operation conditions, the structural parts of automotive, aerospace and other significant industrial applications undergo the multi axial fatigue loading with non-proportionality states.Fiber metal laminates (known as FML) are the best options to manufacture these structural parts.The current study examines the effects of a specific condi

Serbian Law on Public Information and Media, following its predecessor, prescribes so called one-sided appeal against a judgment in a litigation over the right to respond to information-appeal is not submitted to the other party.In addition, in such litigation, cirque colors lavender sky revision (second instance appeal on points of law) is inadmis

Lightweight concrete (LWC) has been used successfully in building constructions for many years due to its physical properties and its lightweight with high thermal insulation and durability.Recently, this work was done on a new type of concrete: lightweight self-compacting concrete (LWSCC) that combines the feature of lightweight and self-compactin

Two unique bluff body flow control methods using a small rod have been proposed in previous studies.The first is the forced reattachment method, which is a type of separated shear layer control.This method reduces drag and generates a lift.The second is the front rod method, which involves the placement of a small rod upstream of the bluff body to

The rare branched-chain sugar apiose, once thought to only be present in the plant kingdom, was found in two bacterial species: Geminicoccus roseus and Xanthomonas pisi.Glycans with apiose residues were detected in aqueous methanol-soluble fractions as well as in the insoluble pellet fraction of X.pisi.Genes encoding bacterial uridine diphosphate a