The laboratory stand is designed for carrying out the demonstrational experiments during studying “Strength of materials” of technical mechanics course at higher technical educational institutions.

Structurally, the stand is made in the form of a prefabricated base on which there are two brackets supporting a rod of great flexibility (made of steel). A screw is installed on the upper bracket to create the deformation of the rod with great flexibility. A weight sensor is installed in the lower bracket to measure the reaction force of the rod with great flexibility. Screws are installed on the brackets, with which you can change the way the rod is fixed with great flexibility. To determine the magnitude of the deflection of a rod of great flexibility, an indicator head on a tripod is designed.

To display the readings of the weight sensor, use the measuring device NTC-13.01.10 “Digital strain gauge strain gauge”.

The laboratory stand is supplied with a set of methodical and technical documentation for academic staff.

Experiments provided

Determination of buckling load for compressed flexible rod.

Technical specifications

Stand overall dimensions, max:
	length, mm	660
	width, mm	500
	height, mm	540
Weight, kg, max		10
Overall dimensions of digital strain gauge, max:
	length, mm	230
	width, mm	220
	height, mm	80
Weight of digital strain gauge, kg, max		1

Scope of delivery

training stand – 1 pc.;
versatile screwdriver – 1 pc.;
ppen-end wrench – 1 pc.;
protractor – 1 pc.;
ruler – 1 pc.;
level – 1 pc.;
NTC-13.01.10 “Tensometric digital deformation meter” – 1 pc.;
accompanying materials in electronic format – 1 pc.;
passport – 1 pc.

NTC-13.01.15 “Determination of buckling load for compressed flexible rod”

Experiments provided

Technical specifications

Scope of delivery

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