The project scope involves the design of a steel walkway with dimensions of 15 meters in length and 1.2 meters in width (center-to-center). The structural support will be provided by pedestals designed based on forces derived from STAADPro analysis. The foundation depth is set at 1.5 meters, and the soil bearing capacity is considered to be 100 kN/m², with combined footings designed using STAAD Foundation Advanced to ensure stability and effective load distribution. In addressing the technical aspects, the project emphasizes thorough structural analysis to assess integrity and safety. Site and environmental challenges, such as soil conditions and physical limitations, will be carefully evaluated to mitigate risks during construction. Compliance with local building codes and safety regulations is essential, and all necessary permits will be secured prior to commencement.
The project involves the design of steel structures for the proposed Jupiter Hospital in Thane, with specific dimensions for various components. The main steel structure measures 20.216 m by 3.9 m (center-to-center), while the emergency canopy is 5.040 m by 2.884 m (center-to-center). Additionally, three entrance canopies are designed with dimensions of 20.515 m by 4.5 m (center-to-center). STAAD Pro analysis and design software is employed to analyse the steel superstructure, adhering to relevant codes and standards.The design process is complex and must consider various challenges, including existing structures, utilities, and topography, which may require creative solutions. A comprehensive approach is essential to address both the technical aspects and the site-specific challenges of the canopies. Through careful planning, effective collaboration among stakeholders, and consideration of regulatory requirements, the project aims to deliver functional, safe, and visually appealing canopies that enhance the overall space of the hospital.
The project involves the development of Structural steel extension building and quantity of material estimation. The plan dimension of the steel structure of proposed hospital at thane-extension 22.5mx74.985m c/c. STAAD Pro analysis and design software is employed to analyse the steel superstructure, adhering to relevant codes and standards. The scope of a steel extension building project encompasses a comprehensive range of activities from design through to construction and maintenance. By carefully addressing each aspect, the project aims to deliver a functional, safe, and durable extension that meets the evolving needs of the facility.
The project involves the design of dosing tanks and equipment supports for two floating desalination plants in Saudi Arabia. Each of the two floating desalination barges will utilize a Reverse Osmosis Plant to produce 50,000 m³/day during both pre-service and in-service operating conditions. A major challenge in the design was to create economical sections while accounting for the effects of acceleration from waves, hull deflection, and wind loads. The design process includes four analyses: Normal Operation Condition: This considers operational loads, wind loads, hull deflection, and accelerations due to waves. Transit Condition: This focuses on the effects of dry loads and wind loads during the transit period, along with hull deflection and wave accelerations. Extreme Condition: This analysis considers operational loads, extreme wind loads, hull deflection, and accelerations due to waves. Lift Condition: This involves considerations for lifting and placing the structure on the barge.By addressing these factors, the design aims to ensure safety and efficiency for the floating desalination plants.
