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  • Equipped with three load cells (5 kg capacity each) to measure supports reaction forces, each with a dedicated digital display
  • Capable of determining beam support reactions for
  • Two-support (statically determinate) systems
  • Three-support (statically indeterminate) systems, enabling evaluation of the superposition principle
  • Measures beam deflection at selected points using three high-precision dial gauges
  • Evaluates the effects of load position variation on support reactions
  • Enables testing of a cantilever beam with an additional support at the free end (one-degree indeterminate system)
  • Features adjustable end-support conditions at both beam ends
  • Allows determination of the radius of curvature (bending radius) of the beam
  • Load application via calibrated weights and four load hangers
  • Enables experimental determination of flexural rigidity (EI), including:
  • Modulus of elasticity (E)
  • Second moment of area (I)
  • Cost-effective, robust and easy to operate

This apparatus is used to perform experimental investigations on beams under various support conditions, including

  • Two-support beams (statically determinate systems)
  • Three-support beams (statically indeterminate systems)
  • Cantilever beams with an additional support at the free end

The system enables measurement of support reaction forces and beam deflections at specified locations along the beam. Test beams made of brass, aluminum, and steel are provided to evaluate and compare the influence of material properties on beam behavior and test results. Support reactions are measured using three load cells, each with a 5 kg capacity, which functions as beam supports and display the applied load directly on digital indicators. Load cells are considered as supports on the beam to report the support forces. Beam deflections is measured using three precision dial indicators with a resolution of 0.01 mm. The dial indicators adjustable along the graduated ruler and can be positioned at required distances along the beam. Loads are using three load hangers and calibrated weights, which can be positioned at specified locations along the beam span. Cantilever conditions can be created at one end of the apparatus using dedicated accessories.

The apparatus features a rigid and robust chassis with adjustable height and sliding supports, allowing easy mounting of beams with different lengths and configurations while minimizing experimental errors.

The apparatus is used to investigate simply supported beams, cantilever beams, and beams with statistically determinate and indeterminate support conditions, enabling experimental and theoretical comparison. Beam deflections at different locations along the span can be measured and compared with theoretical predictions.

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جزییات بیشتر

جزییات بیشتر

  • Equipped with three load cells (5 kg capacity each) to measure supports reaction forces, each with a dedicated digital display
  • Capable of determining beam support reactions for
  • Two-support (statically determinate) systems
  • Three-support (statically indeterminate) systems, enabling evaluation of the superposition principle
  • Measures beam deflection at selected points using three high-precision dial gauges
  • Evaluates the effects of load position variation on support reactions
  • Enables testing of a cantilever beam with an additional support at the free end (one-degree indeterminate system)
  • Features adjustable end-support conditions at both beam ends
  • Allows determination of the radius of curvature (bending radius) of the beam
  • Load application via calibrated weights and four load hangers
  • Enables experimental determination of flexural rigidity (EI), including:
  • Modulus of elasticity (E)
  • Second moment of area (I)
  • Cost-effective, robust and easy to operate
This apparatus is used to perform experimental investigations on beams under various support conditions, including
  • Two-support beams (statically determinate systems)
  • Three-support beams (statically indeterminate systems)
  • Cantilever beams with an additional support at the free end
The system enables measurement of support reaction forces and beam deflections at specified locations along the beam. Test beams made of brass, aluminum, and steel are provided to evaluate and compare the influence of material properties on beam behavior and test results. Support reactions are measured using three load cells, each with a 5 kg capacity, which functions as beam supports and display the applied load directly on digital indicators. Load cells are considered as supports on the beam to report the support forces. Beam deflections is measured using three precision dial indicators with a resolution of 0.01 mm. The dial indicators adjustable along the graduated ruler and can be positioned at required distances along the beam. Loads are using three load hangers and calibrated weights, which can be positioned at specified locations along the beam span. Cantilever conditions can be created at one end of the apparatus using dedicated accessories. The apparatus features a rigid and robust chassis with adjustable height and sliding supports, allowing easy mounting of beams with different lengths and configurations while minimizing experimental errors.

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