Elastic Line of Beam Model MT 101
Elastic Line of Beam Model MT 101
Sci-tech Elastic Line of Beam Model MT 101 is used to determine the deformation of a bending beam. To do this, a beam is studied under varying loads, different support conditions and static indeterminacy. The elastic line is determined by calculation and verified by experiment.
The experimental setup includes three beams made of different materials. Two articulated supports and one fixed support with clamp are available. The dial gauges record the resulting deformation of the beam. The parts of the experiment are clearly laid out and securely housed in a storage system.
| Size: | 120cm x 20cm x 50cm (LxWxH) |
| Weight: | 35 kg |
Item Description
Features
Beams of different materials: steel, brass and aluminium
Beams are important design elements in mechanical engineering and building construction that can deform under load. Beams are subjected to load transversely in the axial direction, which leads to deflection. In linear–elastic material behaviour, the bending line, also known as elastic line, is used to determine the deflection of beams. Deflection can be determined at any point on the beam using the influence coefficients and Maxwell–Betti’s commutative theory.
Sci-tech Elastic Line of Beam Model MT 101 is used to determine the deformation of a bending beam. To do this, a beam is studied under varying loads, different support conditions and static indeterminacy. The elastic line is determined by calculation and verified by experiment.
The experimental setup includes three beams made of different materials. Two articulated supports and one fixed support with clamp are available. The dial gauges record the resulting deformation of the beam. The parts of the experiment are clearly laid out and securely housed in a storage system.
The entire experimental setup is constructed in the MT 101 mounting frame.
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