715 research outputs found
Corni ottanta. 80 anni di cultura tecnica e professionale a Modena. Progetto per la mostra a cura di Alberto Rinaldi e Rossella Ruggeri. Coordinamento scientifico di Margherita Russo
No full textQuesto testo presenta il progetto per una mostra per l'80° anniversario della fondazione della scuola tecnica "Fermo Corni" di Moden
RUGGERI, Marco, detto lo Zoppo
No full textProfilo biografico del pittore emiliano Marco Ruggeri detto lo Zoppo, attivo a Padova, Bologna e Venezia dal 1455 al 147
Contributo alla teoria del sistema delle fonti ancora intorno al regolamento indipendente
No full textContributo alla teoria del sistema delle fonti ancora intorno al regolamento indipendente, in Scritti in onore di Antonio Ruggeri, Napoli, 202
Byzantine aqueducts of Constantinople outside the city
No full textThis dataset is related to the PhD research of Francesca Ruggeri, published in the thesis "Engineering the Byzantine Water Supply of Constantinople: mapping, hydrology and hydraulics of the long aqueducts outside the City" (2018) http://hdl.handle.net/1842/31521. This aims at providing additional material resulting from the GIS work presented in Chapter 5 of the thesis. Archaeological survey data were available from previous campaigns carried out by Prof. James Crow in the years 1995-2009 in Turkish Thrace. Such data were systematically reassessed and organised by the author to create a comprehensive database of the remains of the Byzantine aqueducts of Constantinople.
This dataset includes:
maps of the Byzantine aqueducts and related features, as image files [map];
map locations viewable in Google Earth/Google Maps, as .kmz files [kmz];
shapefiles of Water Supply route and features for GIS use [shp];
lists of features (bridges, tunnels, channels), as Excel files [excel].
All maps and GIS features were created in ESRI ArcMap by F Ruggeri.This dataset includes:
maps of the Byzantine aqueducts and related features, as image files [map];
map locations viewable in Google Earth/Google Maps, as .kmz files [kmz];
shapefiles of Water Supply route and features for GIS use [shp];
lists of features (bridges, tunnels, channels), as Excel files [excel].
All maps and GIS features were created in ESRI ArcMap by F Ruggeri
EPIGRAFIA ROMANA IN SARDEGNA. Atti del I Convegno di studio Sant'Antioco, 14-15 luglio 2007 (=Incontri insulari, 1)
No full textRuggeri recites Pirandello. Story of an author and his interpreter.
No full textreservedObiettivo principale della tesi è la ricostruzione dei rapporti tra Luigi Pirandello e Ruggero Ruggeri, tra i più significativi interpreti della produzione teatrale del girgentino, al fine di delineare gli spazi di influenza dell’attore nei processi creativi del drammaturgo. La scrittura per la scena non può infatti prescindere né dalle necessità dell’interprete di veder valorizzate le proprie virtù recitative, né dall’esigenza dell’autore di predisporre un testo adatto alla compagnia che lo rappresenterà; e questo vale tanto più se a fronteggiarsi sono un attore d’esperienza come Ruggeri e un uomo di teatro del calibro di Pirandello. Il drammaturgo anticipa spesso, infatti, in numerose e ricchissime lettere indirizzate all’interprete, temi e contenuti delle pièces che va scrivendo per Ruggeri, accogliendone interessi e orientamenti teatrali; viceversa, l’attore insiste per ottenere dal girgentino opere sempre nuove da mettere in scena e addirittura avanza pretese sui testi, suggerendo modifiche e correzioni. Testimonianze di una ravvicinata collaborazione tra i due, le informazioni contenute nel carteggio vanno poi senz’altro fatte intersecare con il repertorio di Ruggeri, secondo cruciale asse di riferimento della nostra indagine: non solo i testi che Pirandello compone su misura per lui, ma l’intero ventaglio spettacolare a disposizione dell’interprete, che ci permette di ricostruire con efficacia le modalità con cui l’autore si inserisce gradualmente nella “drammaturgia d’attore” ruggeriana e nel contesto spettacolare dei primi decenni del Novecento.The main objective of the thesis is to reconstruct the relationship between Luigi Pirandello and Ruggero Ruggeri, one of the most significant interpreters of the dramatist’s production, in order to outline the actor's influence over Pirandello's creative processes. Theatrical writing cannot ignore, indeed, the actor’s necessity to showcase his own acting talents or the playwright’s need to compose a text suitable for the company that will perform it; and this is especially true when the collaboration involves an experienced actor like Ruggeri and a theatrical personality like Pirandello. The playwright often anticipates, in numerous and interesting letters to the interpreter, the themes and contents of the pièces he is writing for Ruggeri, accommodating the actor’s interests and theatrical sensibilities; vice versa, the actor constantly demands new plays and even makes claims on the texts, suggesting changes and corrections. These informations documented in the correspondence, that show a close collaboration, must be confronted with Ruggeri’s repertoire: not only the plays Pirandello wrote specifically for him but also the other works performed by the actor, allowing us to reconstruct how Pirandello gradually becomes familiar with Ruggeri’s “actor dramaturgy” and the early XXth century’s theatrical landscape
Treatment of wastewater from syngas wet scrubbing: Model-based comparison of phenol biodegradation basin configurations
No full textModel to simulate medium-voltage active networks with an aggregated view of the low-voltage ends
No full textThe integration of renewable energy sources into distribution networks requires a significant change in the traditional planning and operational approach. In medium-voltage (MV) networks, in order to guarantee reliable and secure electricity supply, fostering the connection of new generation, some smart techniques, are based on the integration of operation practices in the set of possible planning alternatives, are being studied. In low-voltage (LV) networks, where distributed generation (DG), mainly photovoltaic producers, are connected in proximity to existing consumers, similar smart control techniques are being considered, either on the producer side (for instance reactive power control) or on the load side (active demand management). One of the main problems associated to the massive connection of DG is represented by the voltage quality. This study aims to describe and apply a model to simulate MV networks, while studying the maximum voltage variations in the underlying LV networks
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