Polytechnic University of Milan

About: Polytechnic University of Milan is a education organization based out in Milan, Italy. It is known for research contribution in the topics: Finite element method & Population. The organization has 18231 authors who have published 58416 publications receiving 1229711 citations. The organization is also known as: PoliMi & L-NESS.

Becoming a Creative City: The Entrepreneurial Mayor, Network Politics and the Promise of an Urban Renaissance

Abstract: This paper critically explores the ‘politics of becoming’ in a ‘wannabe’ creative city in the United States. It shows how, in Baltimore’s policy sphere, Richard Florida’s theory has served as an ‘intellectual technology’ aiming at the invention of a new macro-actor (the creative class), while related urban regeneration outcomes and prospects appear to be more problematic. In particular, at the city-wide level, the creative class policy has favoured the interests of local politicians and their closer institutional partners; while, in the described context of a socially deprived neighbourhood, the embraced culture-led policy, albeit successful in redesigning a more attractive urban realm and thus in attaining its stated goals, has proved to be concerned more with real estate revitalisation than with issues of social inclusion and life-chance provision. It is concluded that the prevailing institutional imperative of networking and collaboration, as observed in Baltimore’s creative class initiative, overempha...

The structure of crystalline 1,2‐polybutadiene and of other “syndyotactic polymers”

Abstract: Systematic x-ray and electron diffraction studies of polymers of 1,3-butadiene prepared by different anionic catalysts have made it possible for us to identify two types of highly crystalline materials. One of us (G. N.) has already reported that our synthesis was carried out with the aid of different highly selective catalysts. The description of the preparation of these catalysts, which have made it possible for the first time to prepare these new polymers, will be separately published by one of us (G. N.) with L. Porri. Infrared analysis carried out by E. Mantica and D. Morero in our Institute has established that one type of these crystalline polymers obtained with heterogeneous catalysts represents a continuous l,4-trans arrangement of the monomer units. X-ray diffraction has shown that this material is dimorphous, having one crystalline modification that is stable at room temperature and another stable above 60° C. The x-ray melting point of a polymer having a molecular weight of the order ...