“THE POETRY OF BREAKING”: THE ARCHITECTURE OF THE MUSEUM IN THE PROJECTS OF DANIEL LIBESKIND

Raising of problem. The study of the creativity of masters of architecture of the late XX − early XXI centuries, as a rule, occurs in line with the consideration of the characteristic features inherent in one or another author. Most of the scientific works state that the structure belongs to a certain trend, direction, style. But the choice of artistic means by the architect remains unclear, which is reflected in the discrepancy between the figurative solution and the purpose of the building in the perception of the consumer. Therefore, it is relevant to consider the creativity of architects, in whose works artistic and semantic characteristics acquire an organic fusion. Among such masters is Daniel Libeskind, who made the complex language of deconstructivism the only one possible for his architectural work. The article is devoted to the consideration of the origins of the artistic language of the outstanding architect on the example of his museum projects, which constitute a significant part of his work. Purpose is to analyze the characteristic features of the artistic language of Daniel Libeskind on the example of museum projects. The research was carried out on the material of the master's works dedicated to the national tragedy of the Jewish people − the war and the Holocaust. Conclusion. The circumstances of Daniel Libeskind’s personal life, as well as his passion for philosophy and music, had a great influence on his work. The Libeskind’s artistic language is very individual: within the framework of one project, he combines dissonance and harmony, the tragedy of war and the desire for a peaceful life. The compositional means the architect uses to embody these categories are: asymmetry, contradictory combinations of volumes and spaces, virtuoso interweaving of lines and planes. The artistic language of all Libeskind’s museum buildings has similarities that can be traced in each project, namely broken, non-parallel lines, pointed forms, invasions, contrast and script.

Spatial Evolution of Urban Expansion in the Beijing–Tianjin–Hebei Coordinated Development Region

Against the background of coordinated development of the Beijing–Tianjin–Hebei region (BTH), it is of great significance to quantitatively reveal spatiotemporal dynamics of urban expansion for optimizing the layout of urban land across regions. However, the urban expansion characteristics, types and trends, and spatial coevolution (including urban land, GDP, and population) have not been well investigated in the existing research studies. This study presents a new spatial measure that describes the difference of the main trend direction. In addition, we also introduce a new method to classify an urban expansion type based on other scholars. The results show the following: (1) The annual urban expansion area (UEA) in Beijing and Tianjin has been ahead of that in Hebei; the annual urban expansion rate (UER) gradually shifted from the highest in megacities to the highest in counties; the high–high clusters of the UEA presented an evolution from a “seesaw” pattern to a “dumbbell” pattern, while that of the UER moved first from Beijing to Tianjin and eventually to Hebei. (2) Double high speed for both UEA and UER was the main extension type; most cities presented a U-shaped trend. (3) Qinhuangdao has the largest difference between the main trend direction of spatial distribution of urban land, GDP and population; the spatial distribution of GDP is closer to that of urban land than population. (4) The area and proportion of land occupied by urban expansion varied greatly across districts/counties. BTH experienced dramatic urban expansion and has a profound impact on land use. These research results can provide a data basis and empirical reference for territorial spatial planning.

Innovative tourism product as a factor in the development of the tourism industry

The research of the conformation and development of innovative tourist products is a current problem today. The article summarized and systematized the innovative features of the tourist product in order to build the tourist industry and increase the competitiveness of the tourist industry. It stated that innovation is a necessary process in creating a new attractive tourist product, also in creating сonducive conditions for intensifying the activity of investors in the tourist sphere of the country. The following types of innovations in the tourist industry are listed, namely: product, technological, marketing, service, organizational and management innovations and innovations of logistics. The competitive strengths which should be the basis of formation of competitiveness of Ukraine in the field of tourist business, are highlighted, namely: unique healing climate, numerous territories with therapeutic opportunities, considerable historical and cultural potential, attractiveness of our country's tourist industry for foreign investment. Also defined are the problematic directions regarding the tourist attractiveness of Ukraine. Emphasis is placed on the fact that the state should support the development of tourist business in Ukraine in accordance with the following principles: to provide financing in accordance with the needs of the industry, to create favorable conditions for its further development, to determine and maintain priority directions of the development of the industry, to support and protect the Ukrainian and foreign tourists, tour operators and agents and their associations. The popular and new innovative directions of tourist, trends and technologies that are currently in demand with tourists are identified. Each tourist trend direction is described. The main requirements are listed and proposals are made to create an innovative tourist product.

Wildfire Trend Analysis over the Contiguous United States Using Remote Sensing Observations

Understanding the evolution of wildfire regimes throughout the United States (US) is crucial in the preparation, mitigation, and planning for national wildfires. Recent wildfire trajectories demonstrating an increase in both frequency and size across the US have made documenting the changes in wildfire regimes a topic of growing importance. While previous studies have examined wildfire regimes using ecoregions, this study analyzes wildfire regimes through the Geographic Area Coordination Center (GACC) regions across the Contiguous US over 34 years, 1984–2017. GACCs are geopolitical boundaries designed by wildfire agencies to promote an efficient way to distribute resources during emergencies such as wildfires. Wildfire observations originate from the Monitoring Trends in Burn Severity (MTBS) database which records large fire events that are 1000(500) acres or greater in the Western (Eastern) US. Using GACCs and MTBS data, this study examines wildfire regimes across the Contiguous US through the following three parameters: total burned area, frequency, and average burned area. This study characterizes the trend direction of the wildfire parameters and which are statistically significant. Results demonstrate that most GACC regions display statistically significant trends, including wildfire regimes that are beyond the Western US (e.g., Southern GACC). The Northwest and Southwest GACCs demonstrate statistically significant positive trends in every parameter observed. The California and Great Basin GACCs demonstrate statistically significant positive trends in the average burned area. The Eastern GACC is the only region to not display any significant trends. Determining significant wildfire regimes and their trend direction can help wildfire agencies to minimize the negative impacts on the environment, society, and economy.

TREND ANALYSIS OF RAINFALL, TEMPERATURE AND RUNOFF DATA: A CASE STUDY OF RANGOON WATERSHED IN NEPAL

Purpose: The study has been carried out to investigate and assess the significance of the potential trend of three variables viz. rainfall, temperature and runoff over the Rangoon watershed in Dadeldhura district of Nepal.Methodology: In this study, trend analysis has been carried out on monthly, seasonal and annual basis using the data period between 1979 to 2010 for rainfall and temperature and 1967 to 1996 for runoff. Mann-Kendall test and Sen’s slope estimate test were applied to identify the existing trend direction and Sen’s slope estimator test were used to detect the trend direction and magnitude of change over time.Main findings: The most important findings are, i) There is warming trends over the Rangoon watershed as Mann-Kendall statistic (Z-value) for most of the maximum temperature values are positive, ii) Rainfall and runoff affected by fluctuations every year though the annual rainfall showing a rising trend whereas runoff showing a falling trend. The rainfall seasonal trend analysis indicates that monsoon and post-monsoon period showed a positive rainfall trend with z statistics of +1.93, and +1.12 respectively, whereas pre-monsoon and winter seasons showed a negative trend with z statistics of -1.02, and -0.54 respectively. However, the annual rainfall in the Rangoon watershed showed a positive trend with a z value of +1.70.Importance of this study: This case study has been undertaken to investigate the trends of important climatic variables viz. rainfall, temperature which have a direct impact on the agriculture of the region.Originality / Novelty of study: This is an original research work undertaken under the M. Tech programme during 2016-17 at IIT Roorkee by the scholar Er. Amar Bahadur Pal from Nepal.

Numerical Simulation of Vertical Ground Stress Distribution along Fault Trend Direction in a Metal Mine

The fault breaks continuous ground stress distribution. The rock mass in fault zone is weak and broken, it becomes stress decreasing zone. The paper, which is combined with engineering practice and rock mechanics test, numerically simulates geological environment of fault zones and analyzes faults trend direction influence on ground stress distribution in the metal mine. The results demonstrates that deep faults breaks down the continuity of ground stress distribution, principle stresses in lower wall of faults are smaller than it in hanging wall while high deep ground stresses are in cross district of hanging-wall of fault-zone and ore bed

Apllication of Computer Technology for Automatic Weeding System

This paper presents the theory of computer automatic weed identification , some methods are discussed in detail including spectrum analysis, color identification, texture assessment and figure analysis methods individually. Besides, the research situation in this field is reviewed and the application trend direction in our country is prospected.