Deformation Of Bars Under Bending And Torsion

Features of Deformation Of Bars Under Bending And Torsion   

• Elastic deformation of statically determinate or indeterminate beams under bending load1
• Elastic torsion of round bars under torque Influence of material, cross-section and clamping length on deformation

Specification of Deformation Of Bars Under Bending And Torsion           

•  Elastic deformation of bars under bending or torsion
•  Bending tests with statically determinate and indeterminate systems
•  Torsion tests with a statically determinate system
•  Supports in the bending test may be clamped or free
•  2 adjustable blocks with clamping chuck for torsion tests and supports for bending tests
•  Set of weights to generate the bending or torque
•  Dial gauge with bracket
•  Storage system to house the components

Technical Data of Deformation Of Bars Under Bending And Torsion        

• 17 bars for bending tests
• Material: aluminium, steel, brass, copper
• Height with lxw 510x20mm: h=3...10mm
• Width with lxh 510x5mm: w=10...30mm
•  Length with wxh 20x4mm: l=210...510mm
•  Lxwxh: 20x4x510mm (aluminium, steel, brass,copper)
•  Lxwxh: 10x10x510mm (aluminium)22 torsion bars
•  Material: aluminium, steel, brass, copper
•  Length with d=10mm: 50...640mm (aluminium)
• Dxl: 10x50mm/10x340mm (aluminium, steel,copper, brass)
• Diameter with l=50/340mm: d=5...12mm (steel)
• Dial gauge: 0...10mm, graduations: 0,01mm
• Tape measure, graduations: 0,01m