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AR Archivos mensuales: enero 2014
He aquí algunos ejemplos de materiales que hemos probado este mes:
Mecánica:
- Nanoindentación de secciones transversales de alambre
- Nanoindentación de láminas delgadas de Y2O3
- Nanoscratch de películas delgadas de polímeros
- Nanoscratch de catéteres
- Microindentación del cemento de pozos petrolíferos
Perfilometría 3D sin contacto:
- Rugosidad de los catéteres
- Acabado del cuero procesado
- Topografía de partículas contaminantes de película fina
- Coplanaridad de las redes de bolas
- Altura de paso de los microcanales
- Evaluación de la curva de Stribeck de varios lubricantes
VISIT NANOVEA AT TMS 2014 NEXT MONTH!
San Diego | TMS (Feb 16 – 20 ) Visit Nanovea Booth. To be held at the San Diego Convention Center in San Diego, CA. Más información
Initial Plastic Deformation To Wear Analysis
The wear process of a metal sample (Cu 110) and a polymer sample (teflon) is simulated in controlled and monitored manner using the Nanovea Comprobador mecánico. In this study, we would like to showcase that the controlling and measuring the load and depth is ideal for wear analysis.
The Critical Effect Of Initial Plastic Deformation To Wear Analysis
Extreme Low Speed Friction Evaluation On Rubber
The coefficient of friction, COF, of rubber against different materials is measured in a controlled and monitored manner using the Nanovea Tribometer. In this study, we would like to showcase the capacity of the Tribómetro for measuring the coefficient of friction of different materials at extreme low speeds.
Rubber Friction Evaluation At Extreme Low Speeds Using Tribometer
Surface Finish Measurement of Processed Leather
In this application, the Nanovea ST400 Perfilómetro is used to measure and compare the surface finish of 2 different but closely processed leather samples. Several surface parameters will be automatically calculated from the surface profile. Here we will focus on surface roughness, dimple depth, dimple pitch and dimple diameter for comparative evaluation.
Processed Leather Surface Finish Using 3D Profilometry
