A structural connection method that uses U-shaped brackets or frames to join building components and transfer loads.

Yoke Connection is a structural connection method that uses U-shaped brackets or frames to join building components and transfer loads through specialized hardware that provides secure attachment while accommodating movement and distributing forces across multiple connection points. This versatile connection system consists of fabricated steel or other metal components shaped like a yoke that cradles or embraces structural members while providing positive connection through bolts, welds, or other fastening methods. Yoke connections are critical in structural systems where they provide reliable load transfer, accommodate thermal movement, enable modular construction, and facilitate field assembly, making them essential for steel construction, precast concrete, and any structural application where robust connections are necessary for safe load transfer and structural integrity.

Yoke connections are utilized in various structural applications and building systems including steel frame construction where they connect beams to columns and transfer loads between members, precast concrete systems where they join precast elements and provide continuity, bridge construction where they connect girders, trusses, and other major structural components, industrial structures where they accommodate heavy loads and dynamic forces, modular construction where they enable rapid assembly and disassembly, and specialty applications including seismic-resistant systems, expansion joints, and equipment mounting where flexible yet strong connections are required. Each application requires appropriate yoke design, material selection, and installation methods based on load requirements, movement accommodation, and structural performance needs.

Design principles and load transfer mechanisms for yoke connections include load distribution that spreads forces across multiple connection points, moment transfer that accommodates bending forces and rotational loads, shear transfer that resists lateral forces and sliding, tension and compression handling that manages axial forces, movement accommodation that allows for thermal expansion and structural deflection, and redundancy provision that ensures connection integrity even if individual components fail. Understanding load transfer mechanisms ensures proper connection design and performance.

Fun Fact: Yoke connections have been used in construction since ancient times, with Roman engineers using bronze yokes to connect stone blocks, and modern yoke connections can transfer loads exceeding 1,000 tons while accommodating thermal movements of several inches.

• Yoke (Plumbing/Mechanical)
• Yoke Vent
• Yoke Plate