Improve testing efficiency and product development.
Simcenter Testlab is a complete, integrated test-based engineering system that combines high-speed multi-physics data collecting with a full array of integrated testing, analytics, and modeling tools for a wide range of test demands. The program is designed to make individual users and entire teams more productive, and it helps future-focused testing departments by providing the correct combination of ease-of-use and technical flexibility, as well as by completing the loop with simulation.
Simcenter Testlab considerably boosts a test facility’s efficiency, producing more accurate findings even when prototype availability is severely limited.
Our acoustic testing solutions adapt to the needs of your project by covering the widest variety of industry applications and engineering activities while adhering to the most recent international standards. Using the experience buried in our straightforward solutions, create unique goods with a distinctive acoustic character.
A testing department generates a large quantity of data. Converting, displaying, and evaluating test data outputs are time-consuming procedures that frequently need application-specific knowledge. Simcenter Testlab apps are ideal for automating data collecting, analytics, and reporting.
It is extremely difficult to predict the in-vehicle noise output of components such as the motor, tyre, HVAC, and steering system during early development. Engineers want modular systems that utilize measurable individual component models in full-vehicle noise estimates to prevent endless design revisions. This is the exact scope of component-based TPA. Based on collected free velocities or blocked forces, the method begins by describing the source loads independently of the receiver structure. Then, utilizing sub-structuring methodologies, engineers may investigate component-level NVH performance without physically creating the entire vehicle in all of its permutations. Such early projections aid in the avoidance of problems and allow for a more realistic design objective setting.
Digital image correlation (DIC) is a non-contact optical measuring technology that uses pictures from digital cameras to quantify 3D full-field data. Our cutting-edge DIC solution correctly identifies displacement, strain, and acceleration everywhere, and it can be easily compared to the findings of 3D finite element analysis. You will gain more insights with less instrumentation time as compared to standard point measurements.
Count on our comprehensive durability testing solution to expedite the whole testing procedure. Simcenter is the only product that combines tough and dependable data gathering hardware with complete processing and analysis software capabilities. From channel setup and measurements through validation, consolidation, analysis, and reporting, our system covers every stage of a normal test programme.
Choose a complete solution for dynamic environmental testing that includes everything from basic vibration qualification instruments to a high-speed multi-channel closed-loop shaker control system with parallel data collecting and strong analysis capabilities.
For quick and responsive product development, a solid grasp of the sophisticated materials employed in creative goods is required. Our materials testing solutions properly evaluate the mechanical and acoustic properties of new and novel materials and components, which feeds simulation models, allows for material comparison, and aids in the improvement of current products.
By capturing and evaluating the influence of speed, torque, and control techniques on sound quality, (torsional) vibrations, and energy efficiency, our rotating equipment testing solutions enable NVH engineers to optimise the performance of rotating machinery. Our multi-disciplinary testing approach saves time, boosts data dependability, and maximises insights into the behaviour of the machinery in the lab and in the field.
When doing impact testing on small buildings, operating large-scale campaigns with hundreds of measurement channels, or verifying 3D finite element models with experimental data, benefit from a heritage of cutting-edge technical experience.
With digital image correlation (DIC) technology, you can see how a component or product assembly behaves under strain. For quicker and more responsive development cycles, measure full-field 3D displacement, strain, and acceleration everywhere at once, under any load, using just a pair of cameras.
Determine the importance of the numerous sources and their pathways, as well as which ones cancel each other out.
