Bullettino della Commissione archeologica comunale di Roma.

Title varies slightly.

Il duomo di Orvieto e i suoi restauri; monografie stroriche condotte sopra i documenti

"Esemplare n. ."

Fasti romani della seconda deca di Tito Livio : accademia di lettere con esercizj d'arti : dedicata a sua eccellenza il. sig. Luigi Arborio di Breme, commendatore dell'Ordine della corona di ferro, consigliere di stato e Ministro dell'interno del Regno d'Italia : che danno i signori convittori del Collegio di educazione di Milano diretto da' Barnabiti.

Cavagna 5787: Program announcement, with "Casa Borgizzi" in ms. on verso, laid in, removed to item folder.

Histoire et projet dans la valorisation du patrimoine de la soie : Le Filatoio di Caraglio (Coni. Italie) et le Real Filatório de Chacim (Trás-os-Montes, Portugal)

O objetivo deste trabalho é explorar a temática da valorização do patrimônio arquitetónico, herdado pela indústria da seda, baseando-se na história das técnicas, na gestão e na valorização do patrimônio industrial. É a partir do estudo de duas fábricas de seda na Europa: o Filatoio di Caraglio em Itália (data de construção: 1676-1678) e o Real Filatório de Chacim em Portugal (data de construção: 1788) que serão discutidas as estratégias encontradas para a conservação/restauração dos dois casos em questão, com base em suas histórias e contextos atuais. O Filatoio di Caraglio é uma das fábricas de seda mais antigas da Europa tendo como técnica o moinho alia piemontese publicado na Encyclopédie como uma das melhores invenções. No caso do Real Filatório de Chacim, constata-se que a introdução deste moinho por meio de técnicos italianos constituiu uma transferência tecnológica entre os dois países. RÉSUMÉ: L'objective de ce travail est d'explorer la thématique de la mise en valeur du patrimoine architectural hérité de industrie de la soie en se basent sur l'histoire des techniques, la gestion et la valorisation du patrimoine industriei. C'est à partir de l'étude de deux fabriques à soie en Europe: le Filatoio di Caraglio en Italie (date de construction: 1676-1678) et le Real Filatório de Chacim au Portugal (date de construction: 1788) que sont discutées les stratégies employées pour la conservation/restauration de ces deux cas basées sur leur histoire et sur les contextes actuels. Le Filatoio di Caraglio est une des soieries plus anciennes de l'Europe et était caractérisée par une technique du moulin alla piemontese publié dans l'Encyclopédie come une des meilleures inventions. Dans le cas du Real Filatório de Chacim, on constate que l'introduction de ce type de moulin par des techniciens italiens a constitué un transfert technique entre les deux pays. ABSTRACT: The purpose of this research is to examine the enhancement of architectural heritage inherited from the silk industry, focusing on technical history, and the management and valorization of industrial heritage. Conservation/restoration strategies are discussed by analyzing solutions proposed in two European silk mills: The Filatoio di Caraglio, in Italy (date of construction: 1676-1678) and the Real Filatório de Chacim, in Portugal (date of construction: 1788), taking into consideration their histories and current context. While the former is one of the oldest European silk mills, employing the alla piemontese technique, which was praised by the Encyclopédie, the latter was set up by ltalian technicians, establishing a technology transfer between the two countries.

The impact of unique characteristics of projects and project-based organisations on knowledge transfer

Knowledge has been recognised as an important organisational asset that increases in value when shared; the opposite to other organisational assets which decrease in value during their exploitation. Effective knowledge transfer in organisations helps to achieve and maintain competitive advantage and ultimately organisational success. So far, the research on knowledge transfer has focused on traditional (functional) organisations. Only recently has attention been directed towards knowledge transfer in projects. Existing research on project learning has recognised the need for knowledge transfer within and across projects in project-based organisations (PBOs). Most projects can provide valuable new knowledge from unexpected actions, approaches or problems experienced during the project phases. The aim of this paper is to demonstrate the impact of unique projects characteristics on knowledge transfer in PBO. This is accomplished through review of the literature and a series of interviews with senior project practitioners. The interviews complement the findings from the literature. Knowledge transfer in projects occurs by social communication and transfer of lessons learned where project management offices (PMOs) and project managers play significant roles in enhancing knowledge transfer and communication within the PBO and across projects. They act as connectors between projects and the PBO ‘hub’. Moreover, some project management processes naturally facilitate knowledge transfer across projects. On the other hand, PBOs face communication challenges due to unique and temporary characteristics of projects. The distance between projects and the lack or weakness of formal links across projects, create communication problems that impede knowledge transfer across projects. The main contribution of this paper is to demonstrate that both social communication and explicit informational channels play important role in inter-project knowledge transfer. Interviews also revealed the important role organisational culture play in knowledge transfer in PBOs.

Collaborative governance and innovation in social enterprises

While social enterprises have gained increasing policy attention as vehicles for generating innovative responses to complex social and environmental problems, surprisingly little is known about them. In particular, the social innovation produced by social enterprises (Mulgan, Tucker, Ali, & Sander, 2007) has been presumed rather than demonstrated, and remains under-investigated in the literature. While social enterprises are held to be inherently innovative as they seek to response to social needs (Nicholls, 2010), there has been conjecture that the collaborative governance arrangements typical in social enterprises may be conducive to innovation (Lumpkin, Moss, Gras, Kato, & Amezcua, In press), as members and volunteers provide a source of creative ideas and are unfettered in such thinking by responsibility to deliver organisational outcomes (Hendry, 2004). However this is complicated by the sheer array of governance arrangements which exist in social enterprises, which range from flat participatory democratic structures through to hierarchical arrangements. In continental Europe, there has been a stronger focus on democratic participation as a characteristic of Social Enterprises than, for example, the USA. In response to this gap in knowledge, a research project was undertaken to identify the population of social enterprises in Australia. The size, composition and the social innovations initiated by these enterprises has been reported elsewhere (see Barraket, 2010). The purpose of this paper is to undertake a closer examination of innovation in social enterprises – particularly how the collaborative governance of social enterprises might influence innovation. Given the pre-paradigmatic state of social entrepreneurship research (Nicholls, 2010), and the importance of drawing draw on established theories in order to advance theory (Short, Moss, & Lumpkin, 2009), a number of conceptual steps are needed in order to examine how collaborative governance might influence by social enterprises. In this paper, we commence by advancing a definition as to what a social enterprise is. In light of our focus on the potential role of collaborative governance in social innovation amongst social enterprises, we go on to consider the collaborative forms of governance prevalent in the Third Sector. Then, collaborative innovation is explored. Drawing on this information and our research data, we finally consider how collaborative governance might affect innovation amongst social enterprises.

A formalization of logical imaging for information retrieval using quantum theory

In this paper we introduce a formalization of Logical Imaging applied to IR in terms of Quantum Theory through the use of an analogy between states of a quantum system and terms in text documents. Our formalization relies upon the Schrodinger Picture, creating an analogy between the dynamics of a physical system and the kinematics of probabilities generated by Logical Imaging. By using Quantum Theory, it is possible to model more precisely contextual information in a seamless and principled fashion within the Logical Imaging process. While further work is needed to empirically validate this, the foundations for doing so are provided.

Structural identification of a laboratory-based steel through truss cantilevered bridge with suspended span using a layered genetic algorithm with patternsearch step (GAPS)

Structural identification (St-Id) can be considered as the process of updating a finite element (FE) model of a structural system to match the measured response of the structure. This paper presents the St-Id of a laboratory-based steel through-truss cantilevered bridge with suspended span. There are a total of 600 degrees of freedom (DOFs) in the superstructure plus additional DOFs in the substructure. The St-Id of the bridge model used the modal parameters from a preliminary modal test in the objective function of a global optimisation technique using a layered genetic algorithm with patternsearch step (GAPS). Each layer of the St-Id process involved grouping of the structural parameters into a number of updating parameters and running parallel optimisations. The number of updating parameters was increased at each layer of the process. In order to accelerate the optimisation and ensure improved diversity within the population, a patternsearch step was applied to the fittest individuals at the end of each generation of the GA. The GAPS process was able to replicate the mode shapes for the first two lateral sway modes and the first vertical bending mode to a high degree of accuracy and, to a lesser degree, the mode shape of the first lateral bending mode. The mode shape and frequency of the torsional mode did not match very well. The frequencies of the first lateral bending mode, the first longitudinal mode and the first vertical mode matched very well. The frequency of the first sway mode was lower and that of the second sway mode was higher than the true values, indicating a possible problem with the FE model. Improvements to the model and the St-Id process will be presented at the upcoming conference and compared to the results presented in this paper. These improvements will include the use of multiple FE models in a multi-layered, multi-solution, GAPS St-Id approach.

A new twist on mode indicator functions

Mode indicator functions (MIFs) are used in modal testing and analysis as a means of identifying modes of vibration, often as a precursor to modal parameter estimation. Various methods have been developed since the MIF was introduced four decades ago. These methods are quite useful in assisting the analyst to identify genuine modes and, in the case of the complex mode indicator function, have even been developed into modal parameter estimation techniques. Although the various MIFs are able to indicate the existence of a mode, they do not provide the analyst with any descriptive information about the mode. This paper uses the simple summation type of MIF to develop five averaged and normalised MIFs that will provide the analyst with enough information to identify whether a mode is longitudinal, vertical, lateral or torsional. The first three functions, termed directional MIFs, have been noted in the literature in one form or another; however, this paper introduces a new twist on the MIF by introducing two MIFs, termed torsional MIFs, that can be used by the analyst to identify torsional modes and, moreover, can assist in determining whether the mode is of a pure torsion or sway type (i.e., having a rigid cross-section) or a distorted twisting type. The directional and torsional MIFs are tested on a finite element model based simulation of an experimental modal test using an impact hammer. Results indicate that the directional and torsional MIFs are indeed useful in assisting the analyst to identify whether a mode is longitudinal, vertical, lateral, sway, or torsion.

TRAME - Strand Lamps

Strand Lamps were included Trame – Copper Crossing in contemporary art, design, technology and architecture at la Triennale di Milano - Curated by Antonella Soldaini and Elena Tettamanti