Fatigue of
polymers
La predicción del fallo a fatiga en polímeros es un campo altamente complejo y de gran actualidad. Además de utilizar los métodos clásicos, en Newgentechs se investiga sobre nuevas metodologías basadas en el análisis de energías y el autocalentamiento que mejoren la predictibilidad de las simulaciones a fatiga.
Fatigue of
polymers
Prediction of fatigue failure in polymers is a highly complex and topical field. In addition to using classical methods, Newgentechs is investigating new methodologies based on energy analysis and self-heating that improve the predictability of fatigue simulations.
High testing capacity
Our laboratory includes a group of test systems specifically designed for polymer fatigue analysis. They have been highly instrumented in order to satisfy the most demanding R&D projects, but they include also automated methods in order to be able to offer very competitive prices and to carry out large testing campaigns in very short times. Specimens and components can be tested in various load modes. The tests are carried out at real temperature: room temperature (RT), high and low temperature.
High testing capacity
Our laboratory includes a group of test systems specifically designed for polymer fatigue analysis. They have been highly instrumented in order to satisfy the most demanding R&D projects, but they include also automated methods in order to be able to offer very competitive prices and to carry out large testing campaigns in very short times. Specimens and components can be tested in various load modes. The tests are carried out at real temperature: room temperature (RT), high and low temperature.
Highly instrumented tests
Our equipment includes advanced instrumentation such as DIC and thermal imaging cameras to offer experimental results adapted to the state of the art damage theories.
Determination of fatigue life
Our analysis methods allow us not only to obtain the classic S-N curves, but also to analyze complex relationships between any of the different variables measured or calculated experimentally. Our own analysis software helps us to identify multi-parameter dependencies, allowing the programming of new equations and fittings and constituting a fundamental tool in research activities.
Determination of fatigue life
Our analysis methods allow us not only to obtain the classic S-N curves, but also to analyze complex relationships between any of the different variables measured or calculated experimentally. Our own analysis software helps us to identify multi-parameter dependencies, allowing the programming of new equations and fittings and constituting a fundamental tool in research activities.
Detailed cycle analysis
The advanced instrumentation is accompanied by a detailed analysis of the evolution by cycles of characteristic magnitudes, such as stresses, strains, energies, etc., providing with an exhaustive information about the evolution of the behavior of the material throughout the test.
Detailed cycle analysis
The advanced instrumentation is accompanied by a detailed analysis of the evolution by cycles of characteristic magnitudes, such as stresses, strains, energies, etc., providing with an exhaustive information about the evolution of the behavior of the material throughout the test.