202 research outputs found

    Tonemska nasprotja v slovenskem govoru vasi Sele: izguba tonemskosti na avstrijskem Koroškem

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    SLV: Prispevek opisuje strojno razčlembo sodobnega stanja tonemskih nasprotij v slovenskem govoru vasi Sele na avstrijskem Koroškem. Študija, ki je bila izvedena poleti in jeseni 2007, kaže, da so tonemska nasprotja dosledno ohranjena pri starejši generaciji, medtem ko se pri mlajši izgubljajo, čeprav ne dosledno. ENG: This paper is a description of an instrumental analysis of the contemporary state of tonemic op¬positions in the Slovene micro-dialect of Sele in Austrian Carinthia. The study, conducted during the summer and fall of 2007, indicates that tonemic oppositions are uniformly preserved among the older generation and being lost, although not uniformly, among the younger generation

    Natural convection above fires

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    Closed-form expressions for predicting moment redistribution in reinforced concrete beams with application to conventional concrete and ultrahigh performance fiber reinforced concrete

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    Publication Date : 2020-03-27The redistribution of moment within a statically indeterminate reinforced concrete beam at the ultimate limit state occurs through variations in the flexural rigidities and through the formation of hinges. The phenomena of moment redistribution (MR) is used to increase the efficiency of reinforced concrete design by allowing moments to be transferred away from critical cross sections thereby resulting in lower design moments. To allow for this effect in design, two main approaches are adopted. The first is to perform an elastic analysis and then to adjust the resulting distribution of moment using a codified MR factor. The second is to apply a plastic analysis allowing for the formation of hinges, and to calculate the rotational requirements at the hinges from first principles. This paper uses fundamental plastic analyses to derive closed‐form expressions for the hinge rotational requirements for full MR (that required to achieve the theoretical maximum applied load within the beam based on the moment capacity of sections within the beam). These closed‐form solutions are then used to quantify the maximum load on a beam when the rotational capacities at a hinge are less than the rotational requirements for full MR (partial MR). Closed‐form solutions are then used to derive MR factors which do not require semimechanical calibration.Alexander B. Sturm, Phillip Visintin, Deric J. Oehler

    Review of ordered sets

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    Speaking Our Gendered Selves: Hinduism and the Indian Woman

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