326,973 research outputs found
Ingenieure im Gebirg : Nach dem Original-Gemälde des Hern R. Ritz in Sitten
No full textX. J v A Closs & sc. ; CRDruckgraphik nach dem Gemälde von Raphael Ritz "Ingenieure im Gebirge", 1870, Öl auf Leinwand, Kunstmuseum Bern. 1880 bemühte sich ein Berner Drucker um die Reproduktionsrechte und erhielt von Ritz die Zusage. Ob es sich bei vorliegendem Druck um diese Reproduktion handelt ist unklar. Zum Gemälde siehe: Walter Ruppen: Raphael Ritz (1829-1894). Das künstlerische Werk (Katalog der Werke), Sitten 1972, S. 89, Nr. 64Aus der Sammlung Johann Müller-Wegmann; Depositum der SAC Sektion Uto in der Zentralbibliothek des SA
Murals of the walls of the Ritz Theater in Elizabeth, NJ
No full textThe Ritz Theatre opened in 1926 and remains one of Elizabeth�s most iconic entertainment venues. Originally designed for vaudeville performances and silent films, the theater features a Renaissance Revival interior, with decorative plasterwork and arched balconies. Though its use has evolved over the years, the Ritz Theatre has retained much of its original character,Original file name 1530027530080032920.jp
Edward S. Stokes
No full textPhotograph: Portrait of a man labeled Edward S. Stokes. Photographer stamp on reverse: Ritz & Hemtz, Photographers No. 13 Tremont Row, Boston. Undated.https://digitalcommons.unf.edu/eartha_images/1698/thumbnail.jp
Interior of. The Ritz Theater in Elizabeth, NJ
No full textBy 1980 it was threatened to be demolished in order to build a parking lot. Rescued by philanthropists who set out to restore the theatre. They ran out of money in 1989. In 1994 it was purchased by George Castro, who restored it to its 1920's grandeur and used it as a performing arts center. It changed hands once again in 2014, this time to an owner who's experienced in rejuvenating older performing arts theaters and giving them the boost they need to continue hosting all different types of events from concerts, dance recitals to weddings to corporate events.Original file name The Ritz Theater 2.jp
The use of positive and negative penalty functions in solving constrained optimization problems and partial differential equations
No full textThe Rayleigh-Ritz Method together with the Penalty Function Method is used to investigate the use of different types of penalty parameters. The use of artificial springs as penalty parameters is a very well established procedure to model constraints in the Rayleigh-Ritz Method, the Finite Element Method and other numerical methods. Historically, large positive values were used to define the stiffness coefficient of artificial springs, until recent publications demonstrated that it is possible to use negative values to define the stiffness coefficients of the springs. Furthermore, recent publications show that constraints can be enforced using positive and negative mass or inertia in vibration problems and in a more generic sense using eigenpenalty parameters which are penalty parameters in the matrix associated with the eigenvalue. Before the commencement of this thesis, solutions using artificial inertia were published only for beams and simple spring-mass systems.
In this thesis the use of all possible types of penalty parameters are investigated in vibration problems of Euler-Bernoulli beams, thin plates and shallow shells and in elastic stability analysis of Euler-Bernoulli beams, including penalty parameters associated with the geometrical stiffness matrix. The study includes the use of penalty parameters for both enforcing support boundary conditions and continuity conditions along structural joints.
This investigation started with the selection of the set of admissible functions that would: (a) allow modelling of beams, plates and shells in completely free boundary conditions; (b) not present any limitation in the number of functions that can be used in the solution. This gives the possibility to converge to the constraint solution and to model any type of boundary conditions.
The procedure proposed in this work combines several advantages: accuracy of the results, relative fast convergence, simplicity of the set of admissible functions and flexibility to define boundary conditions. While there are other procedures that may give better accuracy for specific cases, the proposed method is more widely applicable.
The procedure used in this work also includes a way to check for round-off errors and ill-conditioning in the results; as well as a way to bracket the exact solution with upper and lower-bound results
Monitoring of Ritz modal generation
No full textA scheme is proposed to monitor the adequacy of a set of Ritz modes to represent a solution by comparing the quantity generated with certain properties involving the forcing function. In so doing an attempt was made to keep this algorithm lean and efficient, so that it will be economical to apply. Using this monitoring scheme during Ritz Mode generation will automatically ensure that the k Ritz modes theta k that are generated are adequate to represent both the spatial and temporal behavior of the structure when forced under the given transient condition defined by F(s,t)
India, Ritz Cinema advertising films in Delhi
No full textRitz Movie Theater advertising Indian films.GrayscaleSorensen Safety Negatives, Binder: Asia
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Street View of Draughon's and R & R Ritz
No full textStreet View of Draughon's and R & R Ritz on Chapperal Street with cars driving past the business taken by Paul W. Riege
Zu der öffentlichen Einführung Eines neuen Conrectors, Womit Die Abschieds-Rede eines Primaners, Und das Herbst-Examen Den 7. und 8. Octobr. 1744. verbunden werden soll, Werden Se. Hochfürstl. Durchl. Wie auch andere Hohe Gönner, Besonders Die Hochansehnlichen Vorsteher und Aufseher und alle Beförderer und Freunde Der Fürstlichen Stadt- und Land-Schule zu Salfeld unterthänigst, gehorsamst und ergebenst eingeladen
No full textVon Georg Leonhard Ritz, Frühpr. und Rect.Vorlageform des Erscheinungsvermerks: Salfeld, druckts Johann Christian Otto Wiedemann, F. S. Hof-Buchdr
Das Urheberrecht - ein Pulverfass für Lehre und Forschung
No full textRadiodiskussion bei bauhaus.fm am 5. November 2012.
Harald S. Liehr ist Lektor und Leiter der Niederlassung Weimar des Böhlau-Verlags (Wien / Köln / Weimar), Dr. Frank Simon-Ritz ist Direktor der Universitätsbibliothek der Bauhaus-Universität Weimar.
Die Fragen stellten René Tauschke und Jean-Marie Schaldach
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