Journal of Research in Civil and Architectural Engineering ISSN: 3139-2512 (Online)

Authors: Anika Ahuja, Vivek Bakshi

Abstract: Sustainable construction is a critical aspect of addressing environmental challenges while supporting the growth of urban infrastructure. This paper explores the role of innovative materials in promoting eco-friendly alternatives within the construction industry. It highlights various green building materials, their benefits, and their applications in creating environmentally sustainable buildings. The research focuses on materials that reduce environmental impact, enhance energy efficiency, and provide long-term benefits to both occupants and the planet. Through the examination of case studies, new trends, and scientific advancements, the paper emphasizes the importance of adopting sustainable practices and materials in construction to achieve a greener future.

Keywords: Sustainable Construction, Eco-friendly Materials, Green Building, Energy Efficiency, Environmental Impact, Innovative Materials, Sustainable Architecture

Author: Vikram Joshi

Abstract: Parametric design in architecture has emerged as a powerful tool in shaping modern urban planning and development. By leveraging algorithms, computational techniques, and advanced software, parametric design enables architects to create highly adaptive, dynamic, and sustainable urban environments. This paper explores the transformative impact of parametric design on the architecture and urban planning sectors, highlighting its role in addressing complex challenges such as resource optimization, environmental sustainability, and the integration of social factors in urban design. Through case studies and theoretical analysis, this paper discusses how parametric design principles are applied in real-world urban projects and examines their future potential in shaping cities that are more resilient, efficient, and responsive to the needs of their inhabitants.

Keywords: Parametric design, urban planning, architecture, computational design, sustainability, dynamic environments, urban development, architectural technology, urban resilience, digital tools.

Authors: Mr. Raghav Mehta, Sanya Raut

Abstract: The seismic retrofitting of aging structures is a crucial aspect of ensuring the safety and longevity of buildings and infrastructure. As seismic events continue to pose risks, especially in earthquake-prone regions, the need to improve the resilience of older buildings has become a priority. This paper explores advanced seismic retrofitting techniques, focusing on their application to aging structures. It discusses various methods, such as base isolation, energy dissipation systems, and structural reinforcement, and evaluates their effectiveness. The paper also highlights the challenges in retrofitting aging buildings and the innovative technologies currently being employed to address these challenges. With a focus on both engineering advancements and practical applications, this paper provides valuable insights into enhancing the seismic resilience of older structures.

Keywords: Seismic retrofitting, Aging structures, Base isolation, Energy dissipation, Structural reinforcement, Earthquake resilience, Advanced technologies.

Author: Ankit Joshi, Mansi Gupta

Abstract: Smart building technologies are revolutionizing how buildings are designed, constructed, and managed, focusing on enhancing energy efficiency and improving user experience. These technologies integrate sensors, automation systems, and advanced software to optimize energy consumption, improve sustainability, and provide a personalized experience for occupants. This paper discusses the key technologies involved in smart buildings, such as Internet of Things (IoT) systems, energy management systems, and artificial intelligence (AI), and explores their role in energy efficiency and user comfort. Additionally, the paper presents case studies, applications, and challenges in the implementation of smart building technologies.

Keywords: Smart Buildings, Energy Efficiency, User Experience, IoT, Artificial Intelligence, Automation, Sustainability, Energy Management, Building Technologies

Author: Ramesh Singh

Abstract: Rainwater harvesting (RWH) is a sustainable solution to the increasing demand for water in urban areas, which face challenges such as water scarcity, infrastructure overloading, and environmental degradation. This paper explores various techniques of rainwater harvesting in urban infrastructure, including rooftop collection, surface runoff capture, and infiltration methods. It discusses the benefits of RWH, such as reducing pressure on potable water supplies, mitigating urban flooding, and improving groundwater recharge. Additionally, the integration of RWH systems in urban planning and development, along with challenges faced, are examined in the context of the future of urban water management.

Keywords: Rainwater Harvesting, Urban Infrastructure, Water Conservation, Groundwater Recharge, Sustainable Urban Development

Author: Nitin Jaiswal

Abstract: This paper examines the benefits and challenges of green roof technology in enhancing urban sustainability through rooftop gardens. It discusses environmental benefits, such as energy efficiency, stormwater management, and biodiversity promotion. The study reviews case studies and design considerations for implementing green roofs in urban settings.

Keywords: Green roof technology, urban sustainability, rooftop gardens, energy efficiency, stormwater management

Author: Kajal Agarwal

Abstract: Building Information Modeling (BIM) is revolutionizing construction project management by enhancing collaboration, reducing errors, and improving efficiency. This paper explores the impact of BIM on various aspects of construction project management, including design coordination, cost estimation, scheduling, and risk management. The study reviews the principles and technologies underpinning BIM, highlighting its advantages over traditional project management methods. It also examines case studies of construction projects that have successfully implemented BIM, detailing the benefits realized and challenges encountered. The paper concludes with recommendations for project managers and construction professionals on adopting and optimizing BIM for improved project outcomes.

Keywords: Building Information Modeling, BIM, construction project management, collaboration, design coordination, cost estimation, scheduling, risk management, case studies, implementation challenges, project outcomes.

Authors: Kashish Tyagi, Devendra Patel

Abstract: Urban areas are experiencing unprecedented growth, leading to increased pressure on environmental and infrastructural resources. Sustainable urban development strategies are essential to mitigate these pressures. This paper explores the integration of green roofs into urban planning as a sustainable solution. It reviews the environmental, economic, and social benefits of green roofs, such as improved air quality, energy efficiency, stormwater management, and urban biodiversity. The study also examines the challenges of implementation, including financial costs, structural considerations, and maintenance requirements. Case studies from cities around the world are analyzed to illustrate successful green roof projects and the policies that support them. The paper concludes with recommendations for urban planners, policymakers, and architects on how to effectively incorporate green roofs into urban development plans.

Keywords: Sustainable urban development, green roofs, environmental benefits, energy efficiency, stormwater management, urban biodiversity, implementation challenges, urban planning, case studies, policy recommendations.

Authors: S. Sivalakshmi, K. Gopal

Abstract: Historical buildings are cultural treasures that require preservation, yet many are vulnerable to seismic activity due to outdated construction techniques. This paper reviews various seismic retrofitting techniques that can be applied to historical structures without compromising their architectural integrity. Methods such as base isolation, supplemental damping, and fiber-reinforced polymers are discussed. The paper includes detailed case studies of historical buildings that have undergone successful retrofitting, highlighting the methods used, challenges faced, and outcomes achieved. The study also addresses the balance between maintaining historical authenticity and ensuring structural safety. Recommendations are provided for engineers and preservationists on best practices for retrofitting historical buildings in seismically active regions.

Keywords: Seismic retrofitting, historical buildings, preservation, base isolation, supplemental damping, fiber-reinforced polymers, case studies, structural safety, architectural integrity, best practices.

Authors: Ananya Sharma, Abhishek Kapoor

Abstract: High-performance concrete (HPC) has emerged as a key material in the quest for sustainable construction. This paper investigates the properties, applications, and benefits of HPC, focusing on its role in enhancing the durability, strength, and environmental performance of buildings and infrastructure. The study reviews the composition of HPC, including the use of supplementary cementitious materials (SCMs) and advanced admixtures. It also examines the environmental advantages of HPC, such as reduced carbon footprint and enhanced lifecycle performance. Case studies of HPC applications in various construction projects are presented to illustrate its practical benefits and challenges. The paper concludes with insights into future trends and research directions in the development of high-performance concrete.

Keywords: High-performance concrete, sustainable construction, durability, strength, environmental performance, supplementary cementitious materials, admixtures, carbon footprint, lifecycle performance, case studies, future trends.

Author:Harshita Pal

AbstractThe adaptive reuse of historic structures has gained increasing significance in architectural engineering as a sustainable and economically viable approach to urban development. This paper explores the challenges and opportunities associated with the adaptive reuse of historic structures, emphasizing the need for a balanced integration of preservation and innovation in architectural engineering. Through an examination of case studies, regulations, and technological advancements, this paper aims to shed light on the complexities of adaptive reuse projects and the potential benefits they offer in the realm of sustainable urban development.

Keywords- Adaptive Reuse, Historic Structures, Architectural Engineering, Preservation, Sustainable Development, Regulatory Frameworks, Structural Integrity, Economic Revitalization, Cultural Heritage, Building Information Modeling (BIM)

Author’s:Deepak Verma, Sunita Tyagi, Jahanvi Gupta

Abstract:Sustainable materials play a pivotal role in modern civil infrastructure projects. This paper explores recent innovations in sustainable construction materials and their impact on the field of civil engineering. Through a review of key advancements and case studies, it demonstrates how these materials contribute to reducing environmental impact and enhancing the durability of infrastructure.

Keywords- Sustainable materials, Civil infrastructure, Construction materials, Environmental impact reduction, Carbon emissions, Resource conservation, Energy efficiency, Circular economy, Life cycle analysis, Recycled concrete, Bamboo construction.

Author:Piyali Bhattacharya

Abstract:This paper delves into the transformative impact of computational design on architectural engineering, scrutinizing the tools and techniques that have revolutionized the field. As advancements in technology continue to reshape the architectural landscape, computational design emerges as a pivotal force, influencing the entire lifecycle of architectural projects. This paper critically examines the role of computational design, assessing its implications on creativity, efficiency, and sustainability in architectural engineering. Through an exploration of key tools and techniques, it aims to provide insights into the current state of computational design and its potential future developments.

Keywords- Computational Design, Parametric Modeling, Generative Design, Algorithmic Thinking, Grasshopper, Rhino, Dynamo, Efficiency, Collaboration, Sustainability, Performance Analysis, Artificial Intelligence, Design Innovation, Architectural Engineering.

Authors: Lokesh JK, Dr. Shaik Kabeer Ahmed , Sagar KJ

Abstract: In this study it investigates the role of resonance as a primary cause for the devastating collapse of buildings during seismic events. The study revealed a crucial alignment between the natural frequency of the structures, the natural frequency of the underlying soil, and the exciting frequency, all of which were close to 1.5 Hz. This phenomenon led to catastrophic effects, especially for multistory buildings. The significance of natural frequency in seismic design becomes evident, regardless of the design method adopted. The present work focuses on understanding the dynamic responses of multi-storey frames under seismic loading using the ETABS finite element package. By utilizing this advanced software, several problems of structural elements with known analytical solutions were analyzed to comprehend the implications of dynamic loading. The geometric modeling and analysis results were compared with static analysis procedures to ensure accuracy and reliability. Through this study, a comprehensive understanding of the effects of resonance on multi-storey buildings during seismic events is achieved. The insights gained from the ETABS finite element analysis will contribute to improved seismic design practices, enhancing the safety and resilience of future constructions in vulnerable regions. This research serves as a valuable resource for engineers and designers seeking to mitigate the destructive impact of resonance and optimize structural performance under dynamic loading conditions.

Keywords: Multistorey frames, Seismic loading, ETABS, Finite element, Natural frequency, Dynamic loading

Authors: Mohammed Parveez, Janakaraj. M , Dr. Sheik Kabeer Ahmed

Abstract: Offshore constructions come in all shapes and sizes and serve a range of purposes in different sea depths. These structures are designed for certain habitats and ocean depths. For the uses of these offshore structures, many steps for appropriate equipment selection, platform type design, and drilling/production operations are necessary. The final objective is to present a broad overview of the many procedures involved in offshore platform design, building, load out, transportation, and installation. There were some debates about the design criteria, like water depth and environmental factors. For risk assessment and inspection plan formulation, the structural integrity of platform components under operational loads and weather storm conditions is necessary. The effectiveness and safety of shipping platforms are based on the degree of resistance to various loading patterns over the course of the full investment period as well as a complex network of interactions between these facilities and the environment.

Keywords: offshore structure; offshore platform; fixed platform; floating platform; oil and gas platform; production platform; drilling platform rig; marine structure; coastal structure; offshore facilities; project management; sustainable design; design and construction.

Authors: Paranav Gehlot, Kriyansh Pathak, Arvind Yadav

Abstract: As cities continue to experience rapid urbanization and population growth, high-rise buildings have become an integral part of the urban landscape. However, the environmental impact of these structures is a growing concern. This research paper aims to provide a comprehensive analysis of sustainable design strategies for high-rise buildings. It explores various approaches such as passive design techniques, energy-efficient systems, green materials, and renewable energy integration. A comparative study is conducted to evaluate the effectiveness of these strategies based on key sustainability indicators, including energy efficiency, water conservation, indoor environmental quality, and material resources. The findings of this study will contribute to the development of sustainable design guidelines and promote environmentally responsible practices in high-rise building construction.

Keywords: Population Growth, Energy Efficiency, Water Conservation, Indoor Environmental Quality, Material Resources

Authors: Dr. Rajeev Srivastava, Amit Ranjan

Abstract: Seismic events pose a significant threat to infrastructure and human lives in seismic-prone regions. Enhancing the structural resilience of buildings and infrastructure is crucial to minimize the devastating effects of earthquakes. This paper explores innovative approaches to improving structural resilience in seismic-prone regions. It examines advanced seismic design methods, retrofitting techniques, and the use of innovative materials. The findings provide valuable insights for engineers, architects, and policymakers to develop strategies for constructing earthquake-resistant structures in high-risk areas.

Keywords: Enhancing Structural Resilience, Seismic-Prone Regions, Architect, Buildings and Infrastructure

Authors: Pawandeep Maurya, Ritvik Kanojiya

Abstract: Bridges play a crucial role in transportation infrastructure, providing essential links for the efficient movement of people and goods. To ensure their safety, longevity, and cost-effectiveness, bridge design must incorporate advanced materials and employ sophisticated structural analysis techniques. This paper explores the optimization of bridge design through the utilization of advanced materials and the application of structural analysis methods. Various materials, such as fiber-reinforced polymers (FRP) and high-performance concrete (HPC), are examined for their potential to enhance bridge performance. Additionally, advanced structural analysis tools, including finite element analysis (FEA) and optimization algorithms, are discussed to maximize the efficiency and effectiveness of bridge design.

Keywords: Bridge design, Optimization, Advanced materials, Fiber-reinforced polymers (FRP), High-performance concrete (HPC), Structural analysis, Finite element analysis (FEA), Genetic algorithms, Simulated annealing, Particle swarm optimization (PSO), Multi-objective optimization, Sustainability, Durability, Cost-effectiveness, Bridge rehabilitation, Corrosion resistance, Compressive strength, Bridge superstructures, Construction speed Maintenance reduction

Authors: Saurabh Saxsena, Kanchan Upadhaya

Abstract: Architectural engineering plays a vital role in shaping the built environment and creating sustainable, functional, and aesthetically pleasing structures. This paper explores the interdisciplinary field of architectural engineering, its evolution, and its contributions to modern construction practices. It delves into the key responsibilities of architectural engineers, including designing, planning, and managing the construction process. Furthermore, it highlights the integration of technology and sustainable practices within the field, emphasizing the importance of innovation and collaboration for creating structures that meet the needs of society.

Keywords: Architectural engineering, design, construction, interdisciplinary, sustainability, technology, innovation, collaboration, energy efficiency, passive design, green building, BIM, sustainable materials, waste management.

Authors Name:- Mohini S. Mohod, Dr. N. W. Ingole, Rashmi P. Wade

Abstract:- In recent years, sustainability concept has become the common interest of numerous disciplines. The reason for this popularity is to perform the sustainable development. The Concept of Green Architecture, also known as "sustainable architecture" or "green building," is the theory, science and style of buildings designed and constructed in accordance with environmentally friendly principles. Green architecture strives to minimize the number of resources consumed in the building's construction, use and operation, as well as curtailing the harm done to the environment through the emission, pollution and waste of its components. To design, construct, operate and maintain buildings energy, water and new materials are utilized as well as amounts of waste causing negative effects to health and environment is generated. In order to limit these effects and design environmentally sound and resource efficient buildings; "green building systems" must be introduced, clarified, understood and practiced. This paper aims at highlighting these difficult and complex issues of sustainability which encompass the scope of almost every aspect of human life.

Keywords:- Sustainable buildings; Green-building systems; Renewable resources; Green aspect; Eco-friendly architecture      

Authors: Dr. Pawandeep Singh , Harvinder Bhala

Abstract: For several decades, architects have relied heavily on computer-aided design (CAD) techniques. It has progressed from a simple drawing tool to intelligent architectural software and a strong communication tool for architects. CAD is an essential tool for any architectural business and plays an important part in the profession of architecture. Due of the strong demand and rivalry in the architectural sector, it is impossible for an architectural company to compete without using computer software. The purpose of this research is to assess the effects of CAD on the architectural design process, from concept to final product, with a focus on architectural practise. It investigates the many advantages of incorporating CAD into the business and addresses the potential flaws that may hinder architects. This study's methodology is qualitative, with data gathered from the experts' point of view. The stated benefits and limits of CAD on the architectural design process will enhance professional understanding of the potentials of CAD and correct use of that in the industry, resulting in higher productivity and better quality in architectural offices.

Keywords: - Architecture, architectural practice, computer aided design, CAD, design process.

Authors: Sourabh Vashist, Gourav Gautam

Abstract: This article has three goals in addressing the role of architects and the architectural features of building earthquake performance: First, to demonstrate that earthquake construction is not just an engineering activity for structural engineers, but an activity that both engineers and architects must participate in; second, to demonstrate the role that non-computal or architectural aspects play in determining building earthquake resistance; and third, to emphasise the need for engineers to understand traditional construction characteristics and for architects to use them.

Keywords: Structural Design, Seismo-resistant Architecture, Bricklaying

Authors: Vishal Saxsena, Anubhav Chouhan

Abstract: The extent of academic participation in design-research confronts a disjunction in traditional architectural practises, since the procedures tend to alter for different interest groups, students, and customers, exposing the persisting divide between architectural education and practise. In professional culture, the process of designing and constructing a building is generally linear, ignoring the reality that the selection of a spatial design is extremely project particular, necessitating a design-research based on physical creation. This study raises the subject of how a new professional culture based on design-research might be formed in which construction is included as a design-tool rather than as a post-design act that is still recognised in today's architectural practises. Making prototypes can help to logically guide a design process, ultimately leading to a "evidence-based" design-research project. The study will first examine data derived from a few academic projects, investigating changes in architectural output discovered during trips to ETH Zurich and ICD Stuttgart. Following that, a comparison of such praxis will be studied by comparing it to the evidence-based work-process of Bijoy Jain/Studio Mumbai Architects. The paper will attempt to argue that, in a proper architectural inquiry, making prototypes can play an important role in informing a design process and eventually can encourage clients to participate in design investigations that allow construction stage to inform the design through comparative analyses on both the academic and practise models

Keywords: Design-research, practice, physical making, construction, evidence-based design