Interdepartmental Laboratory

  • Universal electromechanical machine Instron 5966, 10kN.

     

    Specifications:

    - static load to 10кN;
    - altitude of a working area of 1256 mm;
    - maximum course of a cross-piece 1140;
    - width of a trial zone of 418 mm;

    Additional possibilities:

    - The hinged ex-strain-measuring device for measuring of an axial strain.

    Working field in the range of temperatures -100 … +200С

  • The Universal electromechanical machine Instron 5969, 50 кN.

    Specifications:

    - static load to 50 кN;
    - altitude of a working area of 1712 мм;
    - maximum course of a cross-piece 1640;
    - width of a trial zone of 418 мм

    Complete equipment

    High-precision independent sensing load transducer.

    Device for trials on 3 pointwise curving:

    - temperatures:-100°C … +350°C
    - plates for compression tests.

    Mechanical entrapments.

    - range of operating temperatures from - 70 to +250°С;
    - load to 100 кN;

    Strain sensing transducers

    The hinged ex-strain-measuring device for measuring of an axial strain.

    - base length of 50 mm;
    - temperature range -100 … +200С.

    - Modules "TestCam", «TestProfiler» and the Digital camera for observation over a sample  surface *

  • The Universal electromechanical machine Instron 5982, 100 кN.


     

    Specifications:

    - static load to 100 кN;

    Extended altitude of a trial zone.

    - altitude of a working area of 1930mm ;
    - maximum course of a cross-piece1830;
    - width of a trial zone of  575mm

    High-precision independent sensing load transducer.

    Complete equipment

    Mechanical entrapments.

    - temperatures from - 73 to +316°С;
    - entrapments for M12 bolts’ trials with a set of flat and diagonal bolts  with angles of 10, 6 и 4   degree.
    - complete set of plates in diameter of 150 mm for a compression test.
    - device for bending test.
    - temperatures:-100°C … +350°C;
    - maximum of the sample width - 50 mm;
    - distance between the lower legs varies  from 30 to 250 mm.

     

    Strain sensing transducers

     Hinged ex-strain-measuring device for measuring of an axial strain.

    - base length of 50 mm;
    - temperatures-100 … +200ºС

    - Modules "TestCam", «TestProfiler» and the Digital camera for observation over a sample surface *

  • · The Universal electromechanical machine Instron 5989, 600 кN

    Specifications:

    - static load to 600 kN;

    Standard trial zone

    - altitude of a working area 2000 mm;
    - maximum course of a cross-piece 1850;
    - width of a trial zone of 762 mm.

     

    High-precision independent sensing load transducer.

    Specifications:

    Entrapments for strain tests.

    - open front of entrapments;
    - trial of flat samples with width to 60 mm;
    - trial of cylindrical samples in diameter from 3 to 57 mm;
    - fixer stop of the sample width for convenient installation;
    - width of 100 mm;
    - for the trial of flat samples with width to 60 mm.
    - for the trial of samples with width from 30 to 60 mm.
    - for the trial of cylindrical samples in diameter from 3 to 57 mm.
    - width of jaws of 100 mm;
    - for the trial of samples in diameter from 10 to 35 mm.

     

    Complete set of the transitive adapters.

    Strain sensing transducers

    - hinged ex-strain-measuring device for measuring of an axial strain.
    - range of temperatures-100 … +200ºС

    - Modules "TestCam", «TestProfiler» and the Digital camera for observation over a sample surface *

  • Test machine Amsler 5000 кN


     

    Compressing, curving, shearing tests

    - digital control unit of data gathering and  processing
    - pressure hydraulic pickup
    - sensing transducer of piston position
    - sensing transducer of strain definition:
    - software with a data transfer support through Ethernet.

  • Test machine Amsler 500 кN.


     

    Stretching, squeezing, curving, shearing tests

    - digital control unit of data gathering and  processing
    - pressure hydraulic pickup
    - sensing transducer of piston position
    - sensing transducer of strain definition:
    - software with a data transfer support through Ethernet.
    - System of digital micro- and macro - analysis of a sample surface structure with the possibility of deriving the image of a sample surface structure  with magnification:
    -> 200-fold with synchronous record of trial process  and with integration into the software of the testing machine
    - magnification controlled in the range: 0 … 200 -fold;
    - fixed digital camera with a matrix: minimum value of a parameter: 1,2 Мpx, the maximum value of a parameter: 2,4 Мpx;
    - objective with a replaceable focal distance ensuring micro- and macro - shooting of tested object;
    - integrated system of monochromatic light-emitting diode illumination on the basis of LED of white light;
    - polarizing filter;
    - port of the joint with computer USB 2.0;
    - additional possibility of the linear measuring of object surface structure;:
    - device for installation on a machine frame ensures positioning on all three axes, including angular displacements of a working head of system.

  • Testing machine Amsler 1400 кN  (seven-ram press).

     

    It is for conducting trials of constructions on curving. Load supply on each lifting jack selectively is possible.

    Load on one lifting jack is no more than 200 kN.

  • Measuring 30-channel complex TDS 530-30 High-speed

     

    - precision measuring of strains and voltage of materials and constructions, automation of exploratory and technological static and dynamic processes.

  • Measuring 40-channel complex TDS150

     

    - precision measuring of strains and voltage of materials and constructions, automation of exploratory and technological static and dynamic processes.


  • Laser scanner with a fixed photographic camera 3D-scanner Imager 5010 together with geodesic double-frequency satellite GNSS-receiver GRX-1

     

    Capacity

    - high scale of automation
    - high speed of conducting  a field work;
    - possibility of defining  space co-ordinates of installation points  in a field conditions;
    - three-dimensional visualization in a real time, allowing at a production phase of a field work to define "dead" zones;
    - not destroying (noncontact)  method of deriving  the information;
    - lack of necessity of scanning  points of installation from two design centres (points of observation), unlike photogrammetric method;
    - high accuracy of measuring;
    - safety of the executor at shooting of hard-to-reach and dangerous regions;
    - profitability, as effect of high efficiency at making  digital models of installations;
    - execution of operations under any requirements of illumination,  day or night, as scanners are active film-making systems;
    - complete and detail gained image;
    - multipurpose use of laser scanning effects

    Fields of application of land laser scanning

    Architecture:

    - restoration of monuments and  buildings having historical and cultural value;
    - making of architectural drawings of fronts and interiors of buildings and constructions;
    - working out precautions against aftereffects of emergency situations;
    - execution of topographic survey of the territories having a high level of development;
    - making three-dimensional digital models of unique historical and cultural monuments for restoration and databank support

     

    Construction and maintenance of engineering structures:

    - control of conformity of geometrical parameters of new built installations and the project documentation on these installations;
    - correcting the design in the course of construction;
    - executive shooting in the course of construction and after its termination;
    - optimum scheduling and monitoring of replacement and installation of constructions and the equipment;
    - monitoring of geometrical parameters change of operated buildings and plants with definition of magnitudes of planned and high-rise strains;
    - renewal of the general plan and a reconstruction of the lost building documentation of acting installation;
    - operative execution of panoramic shooting for definition of visibility from various view points of designed buildings and constructions (according to «high-rise limitations»)

Faculties

  • Faculty of environmental engineering and municipal services
    Faculty of environmental engineering and municipal services
  • Faculty of automobile and road-building
    Faculty of automobile and road-building
  • Faculty of economics and management
    Faculty of economics and management
  • Faculty of architecture
    Faculty of architecture
  • Faculty of civil engineering
    Faculty of civil engineering
  • Faculty of forensic investigation and law in construction and transport
    Faculty of forensic investigation and law in construction and transport
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