Rap et homosexualite: retranchement homophobe ou changement de cap?

With the advent of the law about same-sex marriage in France, the aim of this dissertation is to analyse the relationship between homosexuality and rap music in the country and to determine to which degree this musical genre can influence people on this matter. Islam has flavoured rap from its beginnings because the vast majority of rappers has a Muslim culture. It is true that, Islam goes beyond the mere disapproval of homosexuality affirming that it is a vile fornication punishable by death. This leads rappers to a rejection of homosexuality in their songs. And, thanks to mass media, these songs contributed to the spreading of the stigma of homophobia upon the “mainstream”. Nevertheless, since 2009, a growing crop of rappers began to support the LGBT community with their work. Rap songs became in this way the anthem of the LGBT campaigns, out from the classic mass media. The result of this dissertation is that rap can have a strong influence upon population and can help them change their mind upon certain subjects, as it was the case for the homosexual cause.

Il rap e l'hip-hop della Russia d'oggi: analisi di un fenomeno culturale contemporaneo (il caso Garri Topor)

L'elaborato prende in esame i fattori che hanno portato allo sviluppo del rap e dell'hip-hop in Russia, prendendo in esame i principali esponenti del genere.

Investigation on performance characteristics of dense graded hot mix asphalt with RAP and Crumb Rubber

The use of recycled materials in asphalt mixtures such as reclaimed asphalt pavements (RAP) have become widely accepted as a replacement for virgin asphalt binder or virgin aggregates. In this study, the RAP content was 30%, and CR additives were blended with the soft unmodified binder by using dry processes. The objective of this study was to investigate and evaluate the engineering properties of dry method application of crumb rubber influences on reclaimed asphalt pavement (RAP) mixtures. To evaluate the effect of rubber-bitumen interaction on the mixture’s mechanical properties, a laboratory investigation has been conducted on a range of dense graded and 30% RAP by dry process crumb rubber modified (CRM) asphalt mixtures containing 0% (control), 1% crumb rubber by the total aggregate mass. The experimental program in this research include the binder extraction for estimating the amount of aged binder in the both fine and coarse RAP material. Before extracting the binder the RAP sieve analysis, have been done to provide the Black grading curve. In continue after the binder extraction the material sieved again to providing the white curve. The comparison of Black and White curve indicated that there is a remarkable difference between the aggregate grading even for the fine RAP. The experimental program was continued by fabricating 12 specimens in different 4 types of mixtures. For the first group no RAP, no rejuvenator and no crumb rubber were used. For the second group 30% of virgin aggregates substituted by RAP material and the third group was similar to the second group just with 0.01% rejuvenator. the forth group was the group, which in that the specimens contain RAP, rejuvenator and crumb rubber. Finally the specimens were tested for Indirect tensile strength. The results indicated that the addition of crumb rubber increased the optimum amount of binder in the mixture with 30% RAP.

Investigation on performance characteristics of dense graded hot mix asphalt with RAP and crumb rubber

The objective of this study was to fundamentally characterize the laboratory performance of traditional hot mix asphalt (HMA) mixtures incorporating high RAP content and waste tire crumb rubber through their fundamental engineering properties. The nominal maximum aggregates size was chosen for this research was 12mm (considering the limitation of aggregate size for surface layer) and both coarse and fine aggregates are commonly used in Italy that were examined and analyzed in this study. On the other hand, the RAP plays an important role in reducing production costs and enhancing the environmentally sustainable pavements instead of using virgin materials in HMA. Particularly, this study has aimed to use 30% of RAP content (25% fine aggregate RAP and 5% coarse aggregate RAP) and 1% of CR additives by the total weight of aggregates for mix design. The mixture of aggregates, RAP and CR were blended with different amount of unmodified binder through dry processes. Generally, the main purposes of this study were investigating on capability of using RAP and CR in dense graded HMA and comparing the performance of rejuvenator in RAP with CR. In addition, based on the engineering analyses during the study, we were able compare the fundamental Indirect Tensile Strength (ITS) value of dense graded HMA and also mechanical characteristics in terms of Indirect Tensile Stiffness Modulus (ITSM). In order to get an extended comparable data, four groups of different mixtures such as conventional mixture with only virgin aggregates (DV), mixture with RAP (DR), mixture with RAP and rejuvenator (DRR), and mixture with RAP, rejuvenator, CR (DRRCr) were investigated in this research experimentally. Finally, the results of those tests indicated that the mixtures with RAP and CR had the high stiffness and less thermal sensitivity, while the mixture with virgin aggregates only had very low values in comparison.

Lavorabilità del conglomerato bituminoso con Fresato e Additivo

L'obiettivo della tesi è il confronto tra tre diverse miscele di conglomerato bituminoso attraverso un set di prove in laboratorio. Le prove di tipo iniziali consistono in procedure che determinano la prestazione della miscela di conglomerato bituminoso rappresentativo del prodotto. Le prove di laboratorio ed i campionamenti dei materiali sono state eseguite secondo le prescrizioni del metodo di prova richiamato nella UNI EN 13108-20. • Progetto Il parametro fondamentale di interesse è la lavorabilità del conglomerato. Le miscele esaminate sono: - Binder 0/18 100% Vergine; - Binder 0/18 30% RAP con stesso tenore di bitume finale. Le prove devono determinare la temperatura di compattazione e la % di additivo ottimale in corrispondenza dei quali il prodotto finito Binder 30% RAP è del tutto simile a quello 100% Vergine. Il parametro proposto per il confronto è il tenore di vuoti ad un numero di giri prefissato. Bisogna ricordarsi di scaldare inerti ad una temperatura inferiore (onde evitare l’evaporazione dell’additivo). Il prodotto avrebbe il duplice obiettivo di utilizzare più fresato ed abbassare la temperatura di produzione. - Compattazione 3 campioni Binder 0/18 100% Vergine a 3 differenti temperature per un totale di 9 campioni attraverso Pressa Giratoria - Compattazione 3 campioni Binder 0/18 30% RAP a 3 differenti temperature per un totale di 9 campioni attraverso Pressa Giratoria - Determinazione dei vuoti - ITS (Prova di Trazione indiretta)