In this blog post, we focus on shear flow design for the weld between the flange and the web (or stem) of a steel tee per AISC 360.

Fillet welds between elements in welded profiles play a crucial role in transferring shear forces and maintaining structural integrity.

Follow along for a step-by-step moment connection design example using CalcBook.

Learn how to design welds in welded profiles, with step-by-step calculations for shear flow demands and weld capacities per AISC 360

Moment frames are a vital part of structural engineering, offering a robust and flexible solution for lateral load resistance.

When designing steel moment connections, ensuring the column web can transfer the applied forces is critical.

Check connections for flange local bending, web local yielding, web local crippling, web sidesway buckling, and web compression buckling.

Weld design plays a critical role in ensuring the strength and stability of structural connections.

Bearing pressure demands, critical section bending, shear forces, and the evaluation of sliding, overturning, flexural and shear capacities.

When designing steel structures, accurately determining the section properties of built-up steel members is crucial.

Reinforcement detailing is a critical component of concrete design, directly influencing the strength and durability of structural elements.

Designing steel single plate shear tab connections is a fundamental aspect of structural engineering, ensuring reliable load transfers.

Designing double angle shear tabs is a vital component of structural engineering, providing support and stability in steel structures.

Designing a concrete column according to ACI 318 standards is a fundamental aspect of structural concrete design.

Designing a pole foundation involves meticulous calculations to ensure stability and compliance with building codes such as the Internationa

Designing steel braces with welded gusset plate connections with the uniform force method is a critical aspect of structural engineering.

This post explores two methods (Simplified Cantilever Method and Yield Line Theory) of checking point loads on beam flanges.

Concrete shear wall design is a cornerstone of modern structural engineering, crucial for enhancing the lateral stability of buildings.

Prying action is when the deformation of a connecting element under a tensile force increases the tensile force in the bolt.

Concrete beams are essential components in construction, providing crucial support and structural integrity to buildings and infrastructure.