Unsymmetrical Bending & Shear Centre Apparatus Model MT 067
Unsymmetrical Bending & Shear Centre Apparatus Model MT 067
Experiment investigating with the Sci-tech Unsymmetrical Bending and Shear Centre Apparatus Model MT 067, of different sectioned beams when the loading is not in the plane of a principal axis. A ‘U’ section, ‘L’ section and rectangular beam cantilever is horizontally supported within a rotating clamp which fits in a substantial frame attached to the Universal Frame and Stand. The rotating clamp enables the loading and deflection planes to be set relative to the cross-section axes. A protractor scale is fitted to the substantial block and a pointer on the specimen references against this scale.
At the other end of the cantilever specimens is a boss onto which two dial gauges rest and through which the vertical loading is applied. The flat anvils of the dial gauges ensure a consistent flat surface during cantilever deflection. The dial gauges are mounted at right angles to each other and have full positional adjustment available. For shear centre work, additional loading bars are supplied that attach into the free end of the specimens, onto which the dial gauges can be referenced. Loading is applied to the specimens using a load hanger and calibrated weights set.
| Size: | 80cm x 70cm x 70cm (LxWxH) |
| Weight: | 20 kg |
Item Description
Experiment investigating with the Sci-tech Unsymmetrical Bending and Shear Centre Apparatus Model MT 067, of different sectioned beams when the loading is not in the plane of a principal axis. A ‘U’ section, ‘L’ section and rectangular beam cantilever is horizontally supported within a rotating clamp which fits in a substantial frame attached to the Universal Frame and Stand. The rotating clamp enables the loading and deflection planes to be set relative to the cross-section axes. A protractor scale is fitted to the substantial block and a pointer on the specimen references against this scale.
At the other end of the cantilever specimens is a boss onto which two dial gauges rest and through which the vertical loading is applied. The flat anvils of the dial gauges ensure a consistent flat surface during cantilever deflection. The dial gauges are mounted at right angles to each other and have full positional adjustment available. For shear centre work, additional loading bars are supplied that attach into the free end of the specimens, onto which the dial gauges can be referenced. Loading is applied to the specimens using a load hanger and calibrated weights set.
A comprehensive instruction manual for lecturer and student, giving full details on apparatus assembly and operation as well as example results. All necessary assembly and operational tools are provided.
Technical Specifications
Specifications
- Cantilevered specimens: ‘U’; ‘L’ and rectangular
- Angle of principle axes can be varied
- Cantilever test length 600mm
- Dial gauges to accurately measure the deflection of the free end of the test specimen during loading
- Protractor attached
- Shear Centre analysis for ‘U’ specimen only.
- Specimen loading transmitted through hanger and calibrated test weights
Must be used with universal Frame and Stand
Experiment Possibilities
- Study of the horizontal and vertical deflection of asymmetrical cantilevers when the plane of loading does not coincide with a principle axis of the section|
- Study of the horizontal deflection of asymmetrical cantilevers under various loadings
- Verification of the theory of unsymmetrical bending
- Determination of the neutral axis in an angle section
- Determination of the Shear Centre in U channel section only
Operating Conditions
Operating environment:
Laboratory
Storage temperature range:
–25oC to +55oC (when packed for transport)
Operating temperature range:
+5oC to +40oC
Operating relative humidity range:
80% at temperatures < 31oC decreasing linearly to 50% at 40oC
Model Number
MT 067
See also different:
Sci-tech Drum Cell Filters Model FM 118 can be used to separate solids continuously from suspensions. The suspension unit produces a suspension of diatomite and water. A pump conveys the suspension into the suspension tank of the drum cell fil [...]
Sci-tech Kinematic model: Ackermann Steering Mechanism Model MT 138 is used to study a steering trapezoid. The experimental unit comprises two track rods with drag link, two track-rod arms and two steering pins, where, in theory, the wheels ar [...]
