International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395-0056
Volume: 12 Issue: 02 | Feb 2025
p-ISSN: 2395-0072
www.irjet.net
Review On A Comparative study of high-rise buildings with and without shear walls using robotic structural software Sudarshan Dhondiram Suryanarayan1, Dinesh M Pandit2 1PG M.Tech Student Of Civil Engineering Department, CSMSS College Of Engg. Chh. Sambhajinagar
2Assistant Professor, Department Of Civil Engineering, CSMSS College Of Engg. Chh.Sambhajinagar ---------------------------------------------------------------------***--------------------------------------------------------------------include general requirements based on government Abstract - Shear walls are an important structural part that
regulations. During the analysis period, it is necessary to calculate bending moments, shear forces and additional elements, and to check their compliance with the safety standards of regulatory authorities manually and through software. Schedule and quantity estimating focuses on determining the construction schedule, total materials needed, and total construction costs. It is important for engineers and architects to plan this process in advance. Common software used in this phase include Revit Structures, Robot Structural Analysis, and E-Tabs.
increases the stability of the building against lateral forces such as wind and earthquake. The reduction of concrete area and the deterioration of supports caused by openings may affect the stiffness and strength of the wall. The purpose of this study is to investigate the effects of openings and to compare the behavior of shear walls with and without openings. Therefore, it is important to carefully analyze, design and evaluate the performance of shear walls under seismic loads. In this paper, the analysis and design of reinforced concrete (RCC) shear walls with and without openings are clearly explained and detailed analysis and results are presented.
Revit Structures is a Building Information Modeling (BIM) tool. The software can create 4D models that include construction planning, analysis, design and estimation. Construction inspections are performed using an advanced software called Robotic Structures, an extension of Revit Structures. Users can design elements such as beams, columns, walls, floors, etc. on this platform, ensure their safety with quality controls, provide appropriate tools and make construction estimates. It is an analysis tool that calculates the shear forces and bending moments of structures for various combinations. The software helps in creating and defining buildings as per the set standards and provides cross-references to the regulations of different countries. It also provides reinforcement as per the required standards to ensure the safety of beams and lines by following the instructions in the IS specifications.
Key Words: Revit Structure, Robotics Structure, Shear Wall, Analysis,
1.INTRODUCTION Due to the increasing population, there is a balance between the demand for housing and the housing that people need. To meet this need, many apartment buildings have been built. The analysis and design of these models can be very labour-intensive and time-consuming, often taking weeks or months to complete. Today, knowledge and expertise in architectural software is essential. Such software is designed to reduce workload and improve results. By using software, we can reduce labour reduce time spent on tasks, and achieve accurate results. The software can perform multiple tasks simultaneously, such as structural forces, bending moments, reinforcement points, deflections, and cost estimations. It also includes a set of written instructions to help users create and review models that comply with relevant regulations. The software covers all aspects of design, from columns to beams, slabs to reinforcement, and allows users to customize designs according to specific needs. Various analytical methods can be used in model analysis, and different components of different materials can be determined depending on the analysis and design requirements.
2. LITERATURE REVIEWS [1] Ali MM, Moon KS: This paper examines the evolution of tall building structural systems and the technological drivers of tall building development. A new classification of interior and exterior structures is proposed for key processes. Although the most representative systems for tall buildings are discussed, this review focuses on current models such as bracing systems and diagrid structures. We also discuss the use of damping systems to control building motions. We also examine modern "out-of-the-box" architectural design principles, such as aerodynamics and bending materials, which directly or indirectly affect the performance characteristics of tall buildings. Finally the future of structural developments in tall buildings is envisioned briefly.
When designing a building, the most important issues are safety and construction cost. These two factors were considered and reviewed during the pre-construction phase, which consists of several stages: planning, design, inspection, scheduling and estimation. During the planning phase, a site survey is conducted to determine the safe building capacity (SBC) of the ground and to accurately measure the project length. During the design, a 2D layout model is created to
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[2] Terri Meyer Boake: This article will review current developments in diagrid construction, including design, detailing, fabrication and installation. The technical and
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