Flow behind the magnetogasdynamical cylindrical shock wave in rotating non-ideal dusty gas with monochromatic radiation

The proliferation of the cylindrical shock in non-ideal rotating gases accompanying the mixture of crystalline solids with monochromatic radiation as well as magnetic (azimuthal/axial) field is examined. The fluid velocity of ambient media is considered to contain radial, axial, and azimuthal heads. Similarity solutions are achieved. The distribution of flow variables in the medium just behind the shock for the cases of power-law shock paths are analyzed. This is worthy to note, the pressure and density at piston disintegrate in occupancy of an azimuthal magnetic field, therefore suction structures at the axis of symmetry, which is identically in accord with controlled circumstances for trying to produce shock waves.

COMPARATIVE STUDY OF HEAVY METALS IN THE MUSCLE OF TWO EDIBLE FINFISH SPECIES IN AND AROUND INDIAN SUNDARBANS

We analyzed the concentrations of zinc, copper, and lead in the muscle of two commercially important finfish species namely, Pampus argenteus and Scatophagus argus in and around the World Heritage site of Indian Sundarbans from 8th to 15th July 2021 using an Atomic Absorption Spectrophotometer. The sequence of bioaccumulation of the selected metals is as per the order Zn > Cu > Pb irrespective of the species. The degree of metal accumulation showed variation between the species with the highest value in Scatophagus argus followed by Pampus argenteus, which may be related to the difference in their food habit or degree of exposure to ambient media contaminated with heavy metals.

Stories Incarnate: Designing Embodied, Interactive Storytelling Experiences For Live Audiences

Today’s audiences are no longer content to passively consume entertainment but are seeking interactive experiences where they have agency to participate more actively. While there has been substantial innovation in entertainment genres that utilize digital media, providing interactive experiences for live audiences remains an ongoing challenge. This project presents an informal evaluation of a proof-of-concept which seeks to engage a seated audience in an embodied, interactive storytelling experience during a live circus performance where the audience can experience agency and communion. Building off Beach Ball Games for Orchestra (Delapierre 2017), where the audience used a large beach ball to play a Pac-Man-style game on a screen at the front of a concert hall, we prototyped an interactive clown show where the audience’s ability to collaborate affected the ambient media, the performer, and, by extension, the outcome of the story.

Stories Incarnate: Designing Embodied, Interactive Storytelling Experiences For Live Audiences

Today’s audiences are no longer content to passively consume entertainment but are seeking interactive experiences where they have agency to participate more actively. While there has been substantial innovation in entertainment genres that utilize digital media, providing interactive experiences for live audiences remains an ongoing challenge. This project presents an informal evaluation of a proof-of-concept which seeks to engage a seated audience in an embodied, interactive storytelling experience during a live circus performance where the audience can experience agency and communion. Building off Beach Ball Games for Orchestra (Delapierre 2017), where the audience used a large beach ball to play a Pac-Man-style game on a screen at the front of a concert hall, we prototyped an interactive clown show where the audience’s ability to collaborate affected the ambient media, the performer, and, by extension, the outcome of the story.

The Urban Environment Transformation Through Ambient Media in the Estimates of the Yekaterinburg Advertising Community

This article considers the influence which new advertising media has on the urban environment, through their impact on the modern communicative space. The aim of our research was to study the assessments of the impact of Ambient media new form communication on the urban environment of Yekaterinburg by experts of the city’s advertising community. The sociocultural phenomenon of Ambient media — a media form of interaction with consumers embedded in everyday objects, is very popular in Europe, but it remains poorly understood in modern Russia. Ambient media not only conveys information about the advertised object, but is able to transform the surrounding reality. The author conducted an in-depth interview with representatives of the advertising community of Yekaterinburg (N = 22). The attitude of experts to non-traditional media was determined through the study. The research has fixed the social groups that are most susceptible to Ambient media The impact of new media on changing the urban environment was analyzed. The study has recorded the high viability of non-traditional forms of advertising and identified the factors of the urban environment transformation with the help of Ambient media in Yekaterinburg. Keywords: urban environment, communicative space, new media, Ambient

The Potential for the Transformation of Public Space in Yekaterinburg via Non-Standard Advertising Media

In the article, the author considers the influence of new advertising media on the establishment of public space and the transformation of the urban environment of Yekaterinburg. Though popular in Europe, the sociocultural phenomenon Ambient media remains insufficiently studied in contemporary Russia. Ambient advertising has the ability to change the usual urban space in a special way, overcoming environmental alienation and modelling the environment into a comfortable and safe one, therefore developing the public life of the city, making it attractive and creating ‘places of attraction’ for city dwellers. The author carried out an in-depth interview with representatives from the advertising community in Yekaterinburg (N = 22) to research into expert views on unconventional media, and to study expert appraisal of how the new form of advertising communication, Ambient media, impacts the urban environment of Yekaterinburg. The interviewed experts were specialists in advertising and marketing. Main occupation: advertising project management, creative strategies, outdoor ads, event-marketing, PR with a status of an advertising agency or department in the city of Yekaterinburg. Gender profile: 50% males, and 50% females; all aged between 27 and 50. Our study has revealed that advertisement experts regard Ambient media to be a very promising tool in terms of their professional practice, including in regards to the transformation of ambient urban space. Respondents note a correlation between the propagation of Ambient- objects in the city and public space formation. Non-standard media can fill the city with new meanings of freedom and creativity, helping to overcome feelings of alienation and creating new comfortable and safe spaces that people recognise as ‘their own’. Ambient-objects are moreover a source of pride for various social groups of citizens, as they contribute to the formation of a new image of Yekaterinburg: a unique, modern art centre, a city of freedom and creativity.

A Comparison Investigation on Cylinder Test in Different Ambient Media by Experiment and Numerical Simulation

When the detonation reaction occurs after the charge in the warhead is ignited, the propagation of the detonation wave and the expansion of the detonation product will interact with the wrapped metallic shell and cause the shell material to accelerate, extremely deform, and eventually rupture, which is a typical strong fluid-structure interaction problem. In this paper, a comparison investigation on a cylinder test in different ambient media was implemented by experiment and numerical simulation, respectively. In the experimental test, the attention was paid to discussing the differences of the accelerating process of the cylinder metal wall, the expansion modes, and the fragment shape of the cylinder due to the medium with different shock wave impedance which surrounds the cylinder shell. For the numerical simulation, a coupling scheme of a meshless method and finite element method called the coupled finite element material point method was used to reproduce the cylinder expansion problem driven by explosive sliding detonation where the interaction between the cylinder wall and the explosive/detonation product is enforced by using a point-to-surface contact scheme to accurately achieve contact and separation between material particles and finite elements. Lastly, the macroscopic and microscopic states of the cylinder failure were compared and discussed for further discussion.