Project 1_Analyze and design a steel building to 10T CRANE as per IS standard code using TEKLA STRUCTURAL DESIGNER.

Determine the loads acting on the structure:

• Dead load: the weight of the building materials and any permanent equipment
• Live load: the weight of people, equipment, and materials that are temporarily present in the building
• Equipment load: the weight of the 10T crane and any other heavy equipment that will be used in the building
• Wind load: the force of the wind on the building, which can be determined based on the local wind speed and other factors
• Brick wall load: the weight of the brick walls and roof cladding.

Choose appropriate steel sections based on the loads:

• Beams and columns must be selected to support the loads, considering their span, depth, and flange width.
• The crane beams and supporting columns should be designed to handle the crane's weight and any dynamic loads.

Provide bracing for lateral stability:

• Diagonal bracing, either in the form of X-bracing or K-bracing, can be used to resist lateral loads.
• The bracing should be designed to prevent buckling under the loads.

Use moment connections to ensure structural integrity:

• Moment connections are used to transfer forces between beams and columns without relying on bolts or welding alone.
• Moment connections improve the stiffness and strength of the building, especially under lateral loads.

Design the foundation to support the loads:

• The foundation should be designed to distribute the loads from the building and crane to the ground.
• The soil conditions and bearing capacity of the ground must be taken into account.

Finally, Tekla Structural Designer can be used to perform a detailed analysis of the structure, generate reports for each member, and extract drawings of the structural plans.