Global ETD Search

1	Katja Altmann – unser modernes Radeberg-Märchen Schönfuß-Krause, Renate 03 February 2021 (has links) Katja Altmann, Dipl.-Museologin, Objektleiterin Schloss Klippenstein in Radeberg seit 1. Januar 1993, Leiterin Museum Schloss Klippenstein. Mit dem Mut ihrer Jugend und auf der Suche nach einer ihrer Ausbildung als studierte Dipl. Museologin entsprechenden Tätigkeit, kam in der Nachwendezeit Katja Altmann per Einstellungsvertrag durch die Stadtverwaltung Radeberg als Objektleiterin auf Schloss Klippenstein, damals mehr eine Ruine als ein Schloss. Sie wollte eigentlich ein Museum leiten und war natürlich vollkommen ahnungslos, was da alles in den nächsten Jahren an unterschiedlichsten Aufgaben auf sie zukommen würde. Mit Antritt ihrer Tätigkeit war sie vorerst das „Mädchen für alles“, da sie immer im Schloss präsent und als Ansprechpartner erreichbar war. Das Schloss wurde zum „Ungeheuer Schloss Klippenstein“, sie erlebte mit großem Erschrecken und vielen schlaflosen Nächten ein modernes Märchen mit nicht enden wollenden Baumaßnahmen an der maroden Bausubstanz von Hauptburg und Vorburg, verstörenden Zustände vollgestopfter Nebengelasse, ständige Aus- und Umlagerungen von Museumsgut während der Sanierungsarbeiten, Sicherung wertvoller heimatkundlicher Exponate vor den immer wieder neu auftretenden Wassereinbrüchen durch undichte Dächer – all das waren keine leichte Aufgaben für die junge Frau, kostete viel Kraft. Sie hat es geschafft, unter ihrer Leitung entstand aus dem maroden Schloss ein Schmuckstück, das sich als ein Wahrzeichen unserer Stadt sehen lassen kann und das sie zu einem kulturellen Zentrum der Stadt und des Dresdner Umlandes erschaffen hat. info:eu-repo/classification/ddc/943.2 ddc:943.2
2	Špitál sv. Alžběty na Pohořelci. Dochované oltářní obrazy ze špitální kaple. / Saint Elizabeth's spital in Pohořelec. The extant altarpieces of the spital's chapel. Lorencová, Veronika January 2017 (has links) Saint Elizabeth's spital in Pohořelec The extant altarpieces of the spital's chapel Abstract This thesis deals with the Saint Elizabeth's spital in Pohořelec near the monastery of Premonstratensians in Strahov. This spital was founded by the abbot Kaspar Questenberg and was located in the western part of Pohořelec. However, the original building wasn't preserved, because it had to yield to Prague's fortification in the 60's of the 17th century. Under the abbot Vincenc Makarius Frank the new spital was constructed. There was the chapel dedicated to the patron St. Elisabeth, which was mentioned in the written sources since the beginning of the hospital existence. During few years there were also ordered altarpieces. The contemporary literature associates only two paintings of saints with Saint Elizabeth's spital (St. Barbara and St. Rosalia). These paintings were placed on the side altars of the chapel and today are in the possession of the Royal Canonry of Premonstratensians at Strahov. Thanks to the preserved written sources, we were able to discover additional information of the spital's equipment and the chapel main altarpiece. This thesis summarizes the previous research and determines templates of altarpieces and their sources of inspiration. The attention is also aimed to the history of the spital,...
3	La evolución de la pena privativa de la libertad en el Perú Vega Santa Gadea, Fernando 10 April 2018 (has links) No description available. Derecho Pena Privativa De La Libertad Censo Penitenciario Julio Altmann Smythe Administración Penitenciaria Cárcel Cárcel En La Inquisición Incas Derecho Incaico Sistema Penal Prehispánico Política Penitenciaria Cárcel En La Colonia
4	Achieving Complex Motion with Fundamental Components for Lamina Emergent Mechanisms Winder, Brian Geoffrey 01 March 2008 (has links) (PDF) Designing mechanical products in a competitive environment can present unique challenges, and designers constantly search for innovative ways to increase efficiency. One way to save space and reduce cost is to use ortho-planar compliant mechanisms which can be made from sheets of material, or lamina emergent mechanisms (LEMs). This thesis presents principles which can be used for designing LEMs. Pop-up paper mechanisms use topologies similar to LEMs, so it is advantageous to study their kinematics. This thesis outlines the use of planar and spherical kinematics to model commonly used pop-up paper mechanisms. A survey of common joint types is given, as well as an overview of common monolithic and layered mechanisms. In addition, it is shown that more complex mechanisms may be created by combining simple mechanisms in various ways. The principles presented are applied to the creation of new pop-up joints and mechanisms, which also may be used for lamina emergent mechanisms. Models of the paper mechanisms presented in Chapter 2 of the thesis are found in the appendix, and the reader is encouraged to print, cut out and assemble them. One challenge associated with spherical and spatial LEM design is creating joints with the desired motion characteristics, especially where complex spatial mechanism topologies are required. Hence, in addition to a study of paper mechanisms, some important considerations for designing joints for LEMs are presented. A technique commonly used in robotics, using serial chains of revolute and prismatic joints to approximate the motion of complex joints, is presented for use in LEMs. Important considerations such as linkage configuration and mechanism prototyping are also discussed. Another challenge in designing LEMs is creating multi-stable mechanisms with the ability to have coplanar links. A method is presented for offsetting the joint axes of a spatial compliant mechanism to introduce multi-stability. A new bistable spatial compliant linkage that uses that technique is introduced. In the interest of facilitating LEM design, the final chapter of this thesis presents a preliminary design method. While similar to traditional methods, this method includes considerations for translating the mechanism topology into a suitable configuration for use with planar layers of material. paper mechanism pop-up popup pop up mechanism linkage paper engineering paper crafts origami kinematics spatial mechanism planar mechanism bistable multi-stable spherical mechanism ortho-planar compliant PRBM pseudo-rigid-body model Lamina Emergent Mechanism LEM sheet goods planar layer complex joint elemental joint spatial joint degrees of freedom mechanism modeling mechanism design serial joint chain parallel series fundamental components complex motion revolute prismatic spherical cylindric universal half planar RSSR RCCC RSRC RTRT Altmann Bricard Bennett Goldberg 6R 4R joint axis angular offset paper joint V-fold circular arch figure-8 single slit double slit tube strap arch knee mechanism 45 degree fold solid shape floating layer tent Mechanical Engineering

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