testXpert R is the right testing software for dynamic applications and fatigue tests. testXpert R is used on our machines with dynamic drive technologies, including our servohydraulic testing machines, resonance testing machines and electrodynamic testing machines. The testing software offers the right test programs for fracture mechanics, low cycle fatigue (LCF) and free test definitions.
testXpert R delivers reliable test results in dynamic laboratories.
Typical applications for the testXpert R testing software are fatigue tests and the determination of dynamic material characteristic values. For many applications, such as fracture mechanics, LCF, screw tests or biomechanics it includes standard test programs, but it also offers simple fatigue test programs and a graphical block editor for customized test definition.
Intuitive and workflow oriented
The testXpert R testing software uses an intuitive, ergonomic workflow to guide the user through every step of the test, from setup to export of the results.
The system configuration builder
The unique System Configuration Builder makes it possible to define reproducible test conditions and offers maximum safety for the user and testing system.
The wizard shows the user which test parameters must still be configured and automatically checks all entries for plausibility.
Traceable test results
The administrator defines what must be logged and for which activities and events the user must enter a reason.
The testXpert R testing software always knows: When does who do what, why and who is responsible?
Secure data storage
All test results and machine data are stored in testXpert Storage—a flexible, scalable, and future-proof database—to ensure protection against tampering.
The data is transmitted live into testXpert Storage. Even in the event of a power failure, the maximum data lost is that of the last 30 seconds.
The testXpert R Sequencer test program is a graphical block editor for intuitive design and performance of simple and complex test sequences. Up to 100 blocks can be parameterized. You can define set value functions from ramp, sine and triangle/trapezoid with freely selectable start directions.
The fracture mechanics K1C test program is used to determine the critical stress intensity factor K1C according to ASTM E399 (also fracture toughness) K1C determination is normally performed on brittle materials.
A defined crack is first created in the specimen by pre-cracking it in accordance with ASTM E399. In the next step, the specimen is pulled until it breaks. After the test, the determined KQ value is set in relation to the specimen width, crack length and the offset yield of the material.
The low cycle fatigue (LCF) test program is used for strain-controlled determination of the low cycle fatigue of metals in accordance with ASTM E606. The set value is generally a triangular waveform with constant amplitude. Sine signals are also possible.
For investigations of creep and relaxation processes additional hold-times and trapezoid set-values can be specified.