The Synergy of Emergency Alerts and social media: An Evaluation with the Emergency Alert and Social Media Engagement Test

Using the innovative Emergency Alert and Social Media Engagement Test (EASE Test), this study examines how the dynamics of emergency communication are changing and how conventional emergency alerts and social media engagement may work together. The results of the data analysis show that participants' alarm reaction efficacy varied, depending on things like alert clarity and personal readiness. The research highlights the potential of social media platforms as dynamic centers for information exchange by revealing varying degrees of involvement under simulated emergency circumstances. Furthermore, it is shown that social media participation is positively correlated with alert reactions that are more successful, highlighting the function of social media in improving response preparedness. Qualitative information obtained from participant interviews clarifies the potential and challenges in this interaction. In light of the potential for improved public safety, situational awareness, and catastrophe resilience in the digital age, this study supports an integrated strategy

Glass-basalt-plastic materials for construction in temperate and Arctic climatic regions

This article reviews the increasing attention towards glass-basalt-plastic materials in engineering projects within Arctic and temperate climates. Comprising glass-reinforced plastic and basalt fibers, these materials offer strength, lightness, and corrosion resistance, addressing challenges posed by extreme temperatures and harsh weather conditions. Glass-basalt-plastic constructions demonstrate high resistance to low temperatures, making them effective in enduring extreme cold while maintaining structural integrity. Additionally, their high mechanical strength renders them ideal for buildings in windy and heavily loaded areas, crucial in regions with high wind speeds and snow loads. The materials' corrosion resistance further allows usage in marine environments and severe weather conditions. Despite their proven reliability and effectiveness, there is insufficient research on the strength and durability of glass-basalt-plastic materials under various operational conditions. This study aims to provide a comprehensive overview and analysis of the current challenges associated with the use of these materials in construction within temperate and Arctic climatic regions. By exploring potential advantages, applications, and existing research, this article aims to offer engineers and designers insights for informed decision-making. Simultaneously, it may serve as a foundation for further technical advancements and the development of new manufacturing methods, enhancing the efficacy and expanding the application scope of glass-basalt-plastic materials

Comparative Analysis of Glass-Basalt-Plastic Materials for Construction in Arctic Conditions

This research presents a comprehensive comparative analysis of glass-basalt-plastic (GBP) materials intended for construction purposes in challenging Arctic conditions. The study investigates the mechanical, thermal, and durability properties of GBP composites, considering their potential application in structures subjected to extreme cold temperatures and other environmental challenges prevalent in Arctic regions. Through a series of experimental evaluations and analytical assessments, we aim to provide insights into the performance characteristics of GBP materials when compared to conventional construction materials. The findings of this research contribute to the understanding of the suitability and limitations of GBP composites in Arctic construction, addressing key factors such as structural integrity, thermal insulation, and resistance to environmental degradation. The results presented in this article serve as a valuable resource for engineers, architects, and researchers involved in the design and implementation of infrastructure projects in Arctic environments. As the demand for sustainable and resilient construction materials grows, this study offers a timely exploration of the potential benefits and considerations associated with the use of GBP materials in extreme climatic conditions

Community Engagement in Smart Cities: A Social Network Analysis and Community Engagement Test

This study, carried out in the ever-changing context of Smart Cities, reveals the complex interactions of digital social networks, digital community involvement, and the Community involvement Test (CET) framework. The examination of data obtained from certain Smart Cities indicates a thriving milieu of community engagement, characterized by a markedly elevated rate of active participation. The identification of urgent issues, particularly those related to environmental sustainability, safety, traffic management, and educational quality, is consistent with the larger urban difficulties that these creative urban centers are facing. Additionally, the CET framework's integration of SNA data and survey results produces very high ratings, indicating the engagement programs' outstanding performance in promoting resident satisfaction and active involvement. These results highlight how digital technologies can help Smart Cities foster vibrant, engaged communities. They also highlight the continued need for smart urban policies to address urgent issues and maintain residents' quality of life while adhering to the Smart City paradigm

Expedient Structures for Safeguarding Aircraft Parking Areas from Climatic Impact: An In-depth Exploration

This research delves into the study and analysis of diverse expedient structures designed to protect aircraft parking areas from the influence of various climatic conditions. The article scrutinizes tent, arched, and rigid constructions, outlining their primary advantages, drawbacks, and application domains. Special emphasis is placed on achieving a balance between costs and requirements, as well as selecting the optimal construction type based on climatic conditions and economic factors. Matters of durability, strength, and stability of the constructions are discussed, accompanied by recommendations for making informed decisions when choosing a structure for safeguarding aircraft parking areas. In conclusion, the authors underscore the significance of conducting additional research and evaluating the long-term effectiveness of each construction type for a more qualitative and well-informed decision-making process. This article provides essential recommendations and conclusions that can prove valuable for engineers, designers, and specialists in the field of aviation infrastructure

Community Engagement in Smart Cities: A Social Network Analysis and Community Engagement Test

This study, carried out in the ever-changing context of Smart Cities, reveals the complex interactions of digital social networks, digital community involvement, and the Community involvement Test (CET) framework. The examination of data obtained from certain Smart Cities indicates a thriving milieu of community engagement, characterized by a markedly elevated rate of active participation. The identification of urgent issues, particularly those related to environmental sustainability, safety, traffic management, and educational quality, is consistent with the larger urban difficulties that these creative urban centers are facing. Additionally, the CET framework's integration of SNA data and survey results produces very high ratings, indicating the engagement programs' outstanding performance in promoting resident satisfaction and active involvement. These results highlight how digital technologies can help Smart Cities foster vibrant, engaged communities. They also highlight the continued need for smart urban policies to address urgent issues and maintain residents' quality of life while adhering to the Smart City paradigm

Breaking Barriers: Innovative Fabrication Processes for Nanostructured Materials and Nano Devices

This study explores the world of nanostructured materials and new production procedures, revealing how they interact to break down obstacles in materials research. We uncover the confluence between theoretical goals and actual reality by investigating manufacturing processes. The study links manufacturing processes to material characteristics, establishing the groundwork for informed applications in electronics, photonics, sensors, and biology. The empirical journey illuminates problems and opportunities, prompting joint efforts to push these frontiers forward. This article is a testimony to nanostructured materials' transformational potential, challenging researchers and dreamers to redefine technological landscapes by using their unique features and inventive production

Determination of the estimated cost based on aggregated unit prices using information modeling (BIM) and text mining technologies

This article discusses a method for determining the cost of a construction project based on aggregated unit prices based on information modelling and text mining. The features of estimating the cost of investment projects at the pre-project station are indicated, such as high uncertainty of technological and cost parameters, as well as the advantages and prerequisites for the transition to pricing in the system of consolidated unit prices are shown. The authors consider several existing text analysis methodologies and their goals, as well as the algorithms used. The most frequently used tools for solving various Data Mining tasks in research are identified, and the sequence of actions for modeling the estimated cost at aggregated unit prices using information modeling and text mining technologies is also given, since this method provides undeniable advantages in comparison with classical methods

Revolutionising Heat Treatment: Novel Strategies for Augmented Performance and Sustainability

This research investigates a paradigm shift in heat treatment practises that is characterised by transformational changes. Despite their widespread use, traditional technologies are often linked to issues such as energy inefficiency, pollution, and material waste. In order to tackle these aforementioned issues, this study explores novel methodologies like high-pressure gas quenching, laser-assisted heat treatment, additive manufacturing for customised microstructures, and ultra-fast induction heating. These methodologies provide not only enhanced material functionality but also environmentally friendly outcomes by means of energy conservation and waste minimization. This study highlights the crucial significance of these breakthroughs in defining a future where improved material qualities align with environmentally responsible practises. It does this by examining their advantages, environmental consequences, and problems in implementation. The use of heat treatment techniques has been shown to significantly boost the performance of materials. This academic study aims to explore the sustainability aspects of heat treatment methods, particularly in comparison to conventional approaches. The focus will be on evaluating the energy efficiency and reduction of material waste associated with a specific heat treatment technique known as high-pressure gas quenching

Methods of Ensuring Information Security in BIM

Information security in BIM (Building Information Model) platforms is crucial, especially for mission-critical projects. Improper distribution and loss of confidential information can potentially lead to threats to physical security, financial losses, and loss of trust and reputation. The article discusses common methods of ensuring cybersecurity, potential threats, and measures to prevent them for the preparation and development of conceptual foundations for the Information Security Strategy of the process of building and structure information modeling. Tasks: 1) Identification of the most common information protection methods and identification of BIM security elements; 2) Analysis of potential cybersecurity threats for the information modeling process; 3) Consideration of common collaboration models in BIM. This work will allow developing an Information Security Strategy in BIM processes, improving the approach to ensuring an appropriate level of cybersecurity in BIM platforms, and developing universal steps for planning and implementing an effective information security strategy