 There seem to be no rules, or even etiquette, at the party where nudity, drugs and booze are commonplace. The party gets Silvio's attention and he agrees to meet with Sergio. It's at this point where the film shifts to its second narrative. No longer focused on Sergio, the story becomes all Silvio.
Toni Servillo delivers a tour de force as Silvio Berlusconi. Sure, he is masked in make-up to capture the look of someone trying hard to look younger than they are - but that's exactly what Silvio did (and does). Mr. Servillo manages to become the larger-than-life figure that commands attention in every crowd and every room. Elena Sofia Ricci plays Veronica Lario, Silvio's wife. We witness their crumbling marriage and the unhappiness she has each day. Silvio's process with everyone, including his wife, is to shift into smooth political salesman mode. In fact, one of the greatest scenes of all movies this year has Silvio re-capturing his early days as a real estate salesman as he pushes a non-existent apartment on a lonely housewife. The scene features fascinating acting, writing and filmmaking in one fell swoop.
Director Paolo Sorrentino is best known for his Foreign Language Oscar for the fantastic THE GREAT BEAUTY (2013). This film is more extreme and harsh than that one was, and Sorrentino co-wrote this script with Umberto Contarello. Frequent collaborator Luca Bigazzi delivers terrific cinematography. At times the film looks like one lavish fashion shoot. The score and music come from Lele Marchitelli and play a crucial role throughout. Italy is presented here as having declined into a state of hedonism with mass debauchery. It's uncomfortable watching women stoop to these levels in hopes of being recognized and rewarded with some type of affirmation - either a better career, more wealth, or whatever their dreams might be. A powerful man is there to take advantage of such insecurities. The film touches on Silvio's political power and the aftermath of the L'Aquila earthquake. Much of the film focuses on the overall amorality of those involved, and though the actions of these folks might go against our own standards, we will admit that filmmaker Sorrentino has a knack for making something so vulgar still look darn good on screen.
New York Stem Cell Treatment Center, located in New York City, New York, offers Stem Cell Therapy for a variety of procedures, from knee and hip problems to Muscular Dystrophy, Parkinson's and Lupus. The medical team uses stromal vascular fraction (SVF), which is a protein-rich segment from the patient's processed adipose (fat) tissue, usually from belly fat, to obtain the autologous mesenchymal stem cells to be used for the treatment.Description: To study the dynamic mechanical behavior of C60 concrete at high temperatures, impact tests under different steady-state temperature fields (100, 200, 300, 400 and 500â„ƒ) were conducted under a variety of durations at the corresponding constant high temperature, namely 0, 30, 60, 90 and 120 min, employing split Hopkinson pressure bar (SHPB) system. In addition, the impact tests were also conducted on the specimens cooled from the high temperature to the room temperature and the specimen under room temperature. From the analysis, it is found that C60 concrete has a time-dependent behavior under high-temperature environment. Under 100, 200, 300, 400 and 500â„ƒ steady-state temperature fields respectively, as the duration at the corresponding constant high temperature increases, the dynamic compressive strength and the elastic modulus decrease but the peak strain generally ascends. After cooling to the room temperature, the dynamic compressive strength and the elastic modulus descend as well, but the peak strain increases first and then decreases slightly, when the duration increases. For specimens under and cooled from the high-temperature, as the temperature increases, the dynamic compressive strength and the peak strain raise first and then reduce gradually, and the dynamic compressive strength of specimen under high temperature is higher than that of the specimen cooled from the same high temperature. © 2015, Editorial Department of Journal of Beijing Institute of Technology. All right reserved.
Description: A quadtree-polygon scaled boundary finite element-based approach for image-based modelling of concrete fracture at the mesoscale is developed. Digital images representing the two-phase mesostructure of concrete, which comprises of coarse aggregates and mortar are either generated using a take-and-place algorithm with a user-defined aggregate volume ratio or obtained from X-ray computed tomography as an input. The digital images are automatically discretised for analysis by applying a balanced quadtree decomposition in combination with a smoothing operation. The scaled boundary finite element method is applied to model the constituents in the concrete mesostructure. A quadtree formulation within the framework of the scaled boundary finite element method is advantageous in that the displacement compatibility between the cells are automatically preserved even in the presence of hanging nodes. Moreover, the geometric flexibility of the scaled boundary finite element method facilitates the use of arbitrary sided polygons, allowing better representation of the aggregate boundaries. The computational burden is significantly reduced as there are only finite number of cell types in a balanced quadtree mesh. The cells in the mesh are connected to each other using cohesive interface elements with appropriate softening laws to model the fracture of the mesostructure. Parametric studies are carried out on concrete specimens subjected to uniaxial tension to investigate the effects of various parameters e.g. aggregate size distribution, porosity and aggregate volume ratio on the fracture of concrete at the meso-scale. Mesoscale fracture of concrete specimens obtained from X-ray computed tomography scans are carried out to demonstrate its feasibility.
Description: This manuscript presents an extension of the recently-developed hybrid polygon-quadtree-based scaled boundary finite element method to model crack propagation in concrete. This hybrid approach combines the use of quadtree cells with arbitrary sided polygons for domain discretization. The scaled boundary finite element formulation does not distinguish between quadtree cells and arbitrary sided polygons in the mesh. A single formulation is applicable to all types of cells and polygons in the mesh. This eliminates the need to develop transitional elements to bridge the cells belonging to different levels in the quadtree hierarchy. Further to this, the use of arbitrary sided polygons facilitate the accurate discretization of curved boundaries that may result during crack propagation. The fracture process zone that is characteristic in concrete fracture is modelled using zero-thickness interface elements that are coupled to the scaled boundary finite element method using a shadow domain procedure. The scaled boundary finite element method can accurately model the asymptotic stress field in the vicinity of the crack tip with cohesive tractions. This leads to the accurate computation of the stress intensity factors, which is used to determine the condition for crack propagation and the resulting direction. Crack growth can be efficiently resolved using an efficient remeshing algorithm that employs a combination of quadtree decomposition functions and simple Booleans operations. The flexibility of the scaled boundary finite element method to be formulated on arbitrary sided polygons also result in a flexible remeshing algorithm for modelling crack propagation. The developed method is validated using three laboratory experiments of notched concrete beams subjected to different loading conditions.Savage Hearts
In pursuit of the grand exit, she helps herself to $2 million belonging to her employers.
Not surprisingly, this doesn't go down a treat with the head mobster (Richard Harris), who resolves to recover the missing loot. The glamorous terminator hides out in a luxury hotel where she encounters a couple of scammers who don't know what they're dealing with when they give her a hand.
Noted society mannequin Jerry Hall puts in an appearance in this offbeat thriller.
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The understanding of light‐matter interactions at the nanoscale lays the groundwork for many future technologies, applications and materials. The scope of this article is the investigation of coupled photonic‐plasmonic systems consisting of a combination of photonic microcavities and metallic nanostructures. In such systems, it is possible to observe an exceptionally strong coupling between electromagnetic light modes of a resonator and collective electron oscillations (plasmons) in the metal. Furthermore, the results have shown that coupled photonic‐plasmonic structures possess a considerably higher sensitivity to changes in their environment than conventional localized plasmon sensors due to a plasmon excitation phase shift that depends on the environment.One of the key differentiators LitMass has is its library of ‘plug and play’ and reusable solutions that ensures an accelerated delivery cycle. These are not so-called software or products but a set of useful utilities, mostly constructed with a set of configurable parameters and a visualization-driven presentation area for ease of decision making.
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A highly configurable modeling and simulation tool that takes user inputs like past volume, productivity or capacity drivers such as campaigns, expected changes in business in future, FTE ramp-up and ramp-