Uploaded May 2014 | Updated September 2026, 1 day ago
Punching shear reinforcement flat slab design is critical where columns meet thin concrete slabs. This video explains how the Peikko PSB® system prevents punching shear failure while enabling more efficient slab designs.
In flat slab and flat plate structures, punching shear failure at column–slab connections is one of the governing design challenges. Without dedicated reinforcement, brittle shear failure can occur suddenly and without warning. In this animation-led explanation, we demonstrate how the PSB® punching shear reinforcement system works, and why it is widely used in flat slabs, ground slabs, and footings in both cast-in-situ and precast concrete structures.
The video starts by visualizing punching shear failure in a concrete slab, clearly showing the critical shear cone that forms around columns. From there, PSB® stud rails are introduced as a purpose-designed solution for flat slab column connection reinforcement. The studs intercept shear cracks, increase load capacity, and provide a predictable, code-compliant failure mode in accordance with ETA-13/0151 and relevant Eurocode design principles.
You’ll see how the PSB® stud rail system is installed around columns, how it integrates with conventional reinforcement, and how it performs in different applications—from multi-story residential buildings to parking structures and industrial slabs. Particular attention is given to slab thickness reduction concrete design, showing how punching shear reinforcement allows thinner slabs, longer spans, and reduced construction height without compromising safety.
The animation also highlights practical benefits for contractors and designers: faster installation compared to traditional shear links, unobstructed ceiling clearance for MEP services, and simplified reinforcement layouts. Material compliance with EN 10080 and DIN 488 is addressed to underline the system’s suitability for international projects across Europe, the Middle East, Asia, and Oceania.
This video is aimed at structural engineers, concrete contractors, and building designers looking for a clear, standards-aware explanation of how modern punching shear reinforcement improves safety, efficiency, and cost control in flat slab construction.
Learn more at: peikko.com/products/reinforcement-systems/punching-and-shear-reinforcement-system
#PunchingShear #FlatSlabDesign #ConcreteEngineering
Punching shear reinforcement flat slab design is critical where columns meet thin concrete slabs. This video explains how the Peikko PSB® system prevents punching shear failure while enabling more efficient slab designs.
In flat slab and flat plate structures, punching shear failure at column–slab connections is one of the governing design challenges. Without dedicated reinforcement, brittle shear failure can occur suddenly and without warning. In this animation-led explanation, we demonstrate how the PSB® punching shear reinforcement system works, and why it is widely used in flat slabs, ground slabs, and footings in both cast-in-situ and precast concrete structures.
The video starts by visualizing punching shear failure in a concrete slab, clearly showing the critical shear cone that forms around columns. From there, PSB® stud rails are introduced as a purpose-designed solution for flat slab column connection reinforcement. The studs intercept shear cracks, increase load capacity, and provide a predictable, code-compliant failure mode in accordance with ETA-13/0151 and relevant Eurocode design principles.
You’ll see how the PSB® stud rail system is installed around columns, how it integrates with conventional reinforcement, and how it performs in different applications—from multi-story residential buildings to parking structures and industrial slabs. Particular attention is given to slab thickness reduction concrete design, showing how punching shear reinforcement allows thinner slabs, longer spans, and reduced construction height without compromising safety.
The animation also highlights practical benefits for contractors and designers: faster installation compared to traditional shear links, unobstructed ceiling clearance for MEP services, and simplified reinforcement layouts. Material compliance with EN 10080 and DIN 488 is addressed to underline the system’s suitability for international projects across Europe, the Middle East, Asia, and Oceania.
This video is aimed at structural engineers, concrete contractors, and building designers looking for a clear, standards-aware explanation of how modern punching shear reinforcement improves safety, efficiency, and cost control in flat slab construction.
Learn more at: peikko.com/products/reinforcement-systems/punching-and-shear-reinforcement-system
#PunchingShear #FlatSlabDesign #ConcreteEngineering
