DESIGN METHOD : Allowable stress design method is used as per the AISC specifications.
DEFLECTIONS : Unless otherwise specified, the deflections will go to MBMA, AISC criteria and standard industry practices.
PRIMARY FRAMING : Moment resisting frames with pinned or fixed bases.
SECONDARY FRAMING : Cold formed Z sections or C sections for purlins or girts designed as continuous beams spanning over rafters and columns with laps.
LONGITUDANAL STABILITY : Wind load on building end walls is transferred through roof purlins to braced bays and carried to the foundations through diagonal bracing.
DESIGN SOFTWARE : The latest software that is used for design is STAAD pro and mbs
DESIGN PROCESS : The frame data is assembled based on number of frame members, number of joints, number of degrees of freedom, the conditions of restraint and the elastic properties of the members. Based on this, the data is stored and member section properties are computed. The overall joint stiffness matrix is obtained based on the above frame data by summation of individual stiffness matrices considering all possible displacements. The load vector is then generated based on the loading data and the unknown displacements are obtained by inverting the overall joint stiffness matrix and multiplying with the load vector.
Validation process validation process differentiate major PEB companies to minor PEB companies .each design process is documented and validated by senior structural engineers to eliminate errors .
Detailing processwillus peb rely all detailing on 3D detailing process by using various advanced software which provides accurate detailing ,faster erection drawings and sequential dispatch process .
Structural steel erection is a critical aspect of many construction projects, and it requires careful planning, specialized equipment, and experienced professionals to ensure a safe and efficient process. Whether you are building a high-rise office tower, a manufacturing facility, or a bridge, the structural steel elements provide essential support and stability for the structure.
At Willus Infra, we have extensive experience in all aspects of structural steel erection, from initial planning and design to on-site installation and safety measures. Our team of professionals works closely with architects, engineers, and contractors to develop custom solutions that meet the specific needs of each project. We take into account factors such as site conditions, project timelines, and budget constraints to ensure a successful and timely completion.
One of the key factors in the success of any structural steel erection project is safety. The installation of heavy steel beams and columns requires specialized equipment, careful coordination, and strict adherence to safety protocols. At Willus Infra, we prioritize safety at all times, and our team undergoes rigorous training and certification to ensure they are equipped to handle all aspects of the job safely.
In addition to safety, efficiency is another critical factor in structural steel erection. By utilizing the latest technology and equipment, we can streamline the installation process, reducing costs and minimizing delays. Our experienced professionals work collaboratively to ensure that all aspects of the project are executed with the highest level of precision and accuracy, resulting in a high-quality finished product.
In conclusion, structural steel erection is a complex process that requires specialized expertise, equipment, and safety protocols. At Willus Infra, we have the experience, knowledge, and commitment to safety to ensure that your project is completed successfully and efficiently. Contact us today to learn more about our structural steel erection services and how we can help you achieve your project goals.