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The Global ETD Search service is a free service for researchers
to find electronic theses and dissertations. This service is
provided by the
Networked Digital Library of Theses and Dissertations.
Our metadata is collected from universities around the world. If you manage a university/consortium/country archive and want to be added, details can be found on the NDLTD website.
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The Austrian miracle - revisited. Testing eight explanations for high growth and maybe a ninth.Zagler, Martin January 2000 (has links) (PDF)
This paper is a first attempt to empirically evaluate some competing hypotheses for the Austrian growth performance. We find that the real appreciations, gross investment, a low duration of unemployment and high youth employment exhibit a significant influence on economic growth. This validates the hard currency policy hypothesis, the macroeconomic management hypothesis, and the microinstitutions hypothesis, whilst all other fail according to this exercise. In particular, we find the Schulmeister-thesis of loose money and the deficit spending hypothesis are even counterfactual. Summarizing, we find that economic policy had its share in promoting growth in the Austrian economy. As a byproduct from our analysis, we find that low levels of unemployment have a significant and positive impact on the growth rate of real GDP, which calls for further theoretical research in this direction. (author's abstract) / Series: Working Papers Series "Growth and Employment in Europe: Sustainability and Competitiveness"
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Rheological and mechanical development of a fiber-reinforced concrete for an application in civil engineeringFunke, Henrik L., Gelbrich, Sandra, Ehrlich, Andreas, Kroll, Lothar 28 August 2015 (has links) (PDF)
In the course of revitalizing the Poseidon Building in Frankfurt, an energetically optimized façade, made of an architectural concrete was developed. The development of a fiber-reinforced architectural concrete had to consider the necessary mechanical strength, design technology and surface quality. The fiber-reinforced architectural concrete has a compressive strength of 104.1 MPa and a 3-point bending tensile strength of 19.5 MPa. Beyond that, it was ensured that the fiber-reinforced high-performance concrete had a high durability, which has been shown by the capillary suction of de-icing solution and freeze thaw test with a weathering of abrasion of 113 g/m² after 28 freeze-thaw cycles and a mean water penetration depth of 11 mm.
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A Fiber-Reinforced Architectural Concrete for the Newly Designed Façade of the Poseidon Building in Frankfurt am MainFunke, Henrik L., Gelbrich, Sandra, Ehrlich, Andreas, Kroll, Lothar 08 July 2014 (has links) (PDF)
In the course of revitalizing the Poseidon Building in Frankfurt, an energetically optimized façade, made of architectural concrete was developed. The development of a fiber-reinforced architectural concrete had to consider the necessary mechanical strength, design technology and surface quality. The fiber-reinforced architectural concrete has a compressive strength of 104.1 MPa and a 3-point bending tensile strength of 19.5 MPa. Beyond that, it was ensured that the fiber-reinforced high-performance concrete had a high durability, which has been shown by the capillary suction of de-icing solution and freeze thaw test with a weathering of abrasion of 113 g/m² after 28 freeze-thaw cycles and a mean water penetration depth of 11 mm.
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Rheological and mechanical development of a fiber-reinforced concrete for an application in civil engineeringFunke, Henrik L., Gelbrich, Sandra, Ehrlich, Andreas, Kroll, Lothar 28 August 2015 (has links)
In the course of revitalizing the Poseidon Building in Frankfurt, an energetically optimized façade, made of an architectural concrete was developed. The development of a fiber-reinforced architectural concrete had to consider the necessary mechanical strength, design technology and surface quality. The fiber-reinforced architectural concrete has a compressive strength of 104.1 MPa and a 3-point bending tensile strength of 19.5 MPa. Beyond that, it was ensured that the fiber-reinforced high-performance concrete had a high durability, which has been shown by the capillary suction of de-icing solution and freeze thaw test with a weathering of abrasion of 113 g/m² after 28 freeze-thaw cycles and a mean water penetration depth of 11 mm.
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A Fiber-Reinforced Architectural Concrete for the Newly Designed Façade of the Poseidon Building in Frankfurt am MainFunke, Henrik L., Gelbrich, Sandra, Ehrlich, Andreas, Kroll, Lothar January 2014 (has links)
In the course of revitalizing the Poseidon Building in Frankfurt, an energetically optimized façade, made of architectural concrete was developed. The development of a fiber-reinforced architectural concrete had to consider the necessary mechanical strength, design technology and surface quality. The fiber-reinforced architectural concrete has a compressive strength of 104.1 MPa and a 3-point bending tensile strength of 19.5 MPa. Beyond that, it was ensured that the fiber-reinforced high-performance concrete had a high durability, which has been shown by the capillary suction of de-icing solution and freeze thaw test with a weathering of abrasion of 113 g/m² after 28 freeze-thaw cycles and a mean water penetration depth of 11 mm.
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