The Material Thermomechanics Platform

This platform contains all the testing equipment which could be used to test specimens or structures in controlled environment mechanical conditions (temperatures from -170°C to 800°C, hygrometry rates of 20% to 90% etc). It covers all the activities linked to the characterization of the behavior and durability of materials. Rapid methods using self-heating are the most usually employed methods for studying fatigue.

Nos équipements

The TTC THEMA CONCEPT fatigue test rig

The THEMA CONCEPT is a servo-hydraulic rig which enables material and structural characterization under cyclic or monotonic tensile, torsion and compression testing with a loading capacity of 200kN and maximal loading frequency of 50 Hz.

The MTS 250 tension, distortion compression test rig

The MTS 250 is a servohydraulic test rig which enables mechanical tests to be carried out to characterize materials and structures through tension, cyclic and monotonic compressive loading, with a loading capacity of 250kN and a maximal loading frequency of 50 Hz.

The 3 actuator fatigue test bench

The multi-axial fatigue test bench has 3 actuators which enable mechanical material characterization tests under cyclic or monotonic tensile, compressive and bending loads, with a loading capacity of ± 400 kN for 2 actuators, ± 2500 kN for the third.

The Vibrophore dynamic fatigue test system

The Vibrophore is an electromechanical machine which enables cyclic tensile and compressive loading tests with a loading capacity of 100 kN. This type of machine is usually used for fatigue endurance tests.

The MTS 50 tension compression fatigue test machine

The MTS 50 machine is a servo-hydraulic machine which enables monotonic and cyclic tensile and compressive loading with a loading capacity of 50 kN. The actuator has a linear stroke of 100 mm. The maximal loading frequency is 50 Hz.

The MODEL 1342 tension compression fatigue machine

The INSTRON model 1342 is a servo-hydraulic machine which enables material and structural material characterization tests under cyclic and monotonic tensile compressive loading with a load capacity of 100kN and a maximal loading frequency of 50 Hz.

The ZWICK ZO50 tension compression fatigue machine

The ZWICK ZO50 is an electromechanical machine which enables mechanical tests under monotonic tension or compression loading with a load capacity of 50 kN(the machine has a set of additional load cells of 500 N and 5 kN). The maximal linear stroke is 1520 mm. The maximal loading frequency is 10 mm/min.

The SCHENK cyclic tension compression fatigue testing machine

The SCHENK machine is a servo-hydraulic machine which enables mechanical tests under cyclic and monotonic tension or compression loading with a load capacity of 230 kN. The actuator has a linear stroke of 160 mm (ou “the crosshead travel is 160 mm”). The maximal loading frequency is 50 Hz.

The ADAMEL tension compression fatigue testing machine

The ADAMEL machine is an electromechanical machine enabling mechanical testing under monotonic tension or compression loading with a load capacity of 100 kN. The maximal linear stroke is 800mm. The maximal loading frequency is 10 mm/min

The LLOYD tension compression fatigue testing machine

The Lloyd ZO50 is an electromechanical machine which enables monotonic tension and compression testing under a maximal loading capacity of 5 kN (the machine has a set of additional load cells for addition loads of 250 kN and 1 kN). The maximal linear stroke is 1100 mm. The maximal loading frequency is 5 mm/min.

The UTS tension copression fatigue testing machine

The UTS machine is an electromechanical machine which enables mechanical testing under monotonic tension and compression loading with a loading capacity of 200kN (the machine has two load cells of 1kN and 200 kN). The maximal linear stroke is 800 mm. The maximal loading frequency is 10 mm/min.

Pour toute demande d’information complémentaire, n’hésitez pas à nous contacter par le biais du formulaire de contact ou par téléphone au +33 (0)2 98 34 88 00

contact@masmeca.com

2 rue François Verny
29806 Brest Cedex 09

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