GageMap offers superior test preparation with a unique feature to create and edit virtual sensors free of the model’s mesh. As a result, your finite element model is unaffected by any changes made to the sensors. Finding the optimum sensor locations are easily done using a range of criteria. In Addition, GageMap makes short work of defining limits for use in online and offline analysis.
Sensors can move freely on the model without regard for the model mesh. Easily move sensors up and down (Red Axis), left and right(Green Axis). Also, sensors may be rotated 360 degrees.
Maximize the benefits of your current finite element software by interfacing with GageMap. GageMap works directly with Abaqus, Ansys, and Nastran models. Each finite element model can be validated based on strain data or by scanning laser vibrometer. If you have groups on your Ansys or Abaqus model, GageMap can import those too. Drag-n-drop, rotate sensors independent of model’s mesh and directly compare test measurements to finite element results with reports.
With GageMap, there is no more need to “paint” 2-D elements on finite element models surface. In addition, you no longer need to use node or element results accounting for strain gage size. Simplify your test preparation with GageMap software.
Preparing success criteria (limits) in advance of test with GageMap’s limit defining feature. Then import the newly created limits directly into other APEX products. For instance, import limits into APEX DS Data Acquisition Software and APEX DR for real-time monitoring. In the same fashion, any analysis limits created in GageMap can also port to APEX DX Offline Analysis Software for efficient data processing. Exported limits files includes output frequencies, limits and ratios consistent with the current fatigue assessment settings. With this information, you can easily compare measured results to pretest predictions.
Identifying where to place sensors for optimum effectiveness has been simplified. GageMap can locate sensors where they will measure the best data for testing by using a simplified sensor mapping optimization. Improving your sensor placement will result in more effective tests and safer products. GageMap also offers limit computation and model validation tasks.
GageMap offers superior test preparation with a unique feature to create and edit virtual sensors free of the model’s mesh. As a result, your finite element model is unaffected by any changes made to the sensors. Finding the optimum sensor locations are easily done using a range of criteria. In Addition, GageMap makes short work of defining limits for use in online and offline analysis.
Sensors can move freely on the model without regard for the model mesh. Easily move sensors up and down (Red Axis), left and right(Green Axis). Also, sensors may be rotated 360 degrees.
Identifying where to place sensors for optimum effectiveness has been simplified. GageMap can locate sensors where they will measure the best data for testing by using a simplified sensor mapping optimization. Improving your sensor placement will result in more effective tests and safer products. GageMap also offers limit computation and model validation tasks.
Maximize the benefits of your current finite element software by interfacing with GageMap. GageMap works directly with Abaqus, Ansys, and Nastran models. Each finite element model can be validated based on strain data or by scanning laser vibrometer. If you have groups on your Ansys or Abaqus model, GageMap can import those too. Drag-n-drop, rotate sensors independent of model’s mesh and directly compare test measurements to finite element results with reports.
With GageMap, there is no more need to “paint” 2-D elements on finite element models surface. In addition, you no longer need to use node or element results accounting for strain gage size. Simplify your test preparation with GageMap software.
Preparing success criteria (limits) in advance of test with GageMap’s limit defining feature. Then import the newly created limits directly into other APEX products. For instance, import limits into APEX DS Data Acquisition Software and APEX DR for real-time monitoring. In the same fashion, any analysis limits created in GageMap can also port to APEX DX Offline Analysis Software for efficient data processing. Exported limits files includes output frequencies, limits and ratios consistent with the current fatigue assessment settings. With this information, you can easily compare measured results to pretest predictions.
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