Module 10 of the Surface Texture and Tribology Short Course
What you'll learn
How to ensure correlation between various surface texture measurement instruments
Specifying surface texture per the ASME 14.36-1996 Standard
Specifying surface texture per the ISO 1302-2002 Standard
A Successful strategy for specifying, measuring and analyzing surface texture
Requirements
No prerequisites. However, we recommend Modules 1-3 of this Surface Texture and Tribology Short Course, which cover surface texture, filtering and spatial wavelengths, and surface texture parameters
Description
If you have been viewing the modules of the Surface Texture and Tribology Short Course in order...congratulations! You've reached the final module. If this is your first module...welcome to the course!
In this module we cover three important topics in the world of surface texture. First, we discuss the variety of 2D and 3D texture measurement systems how we can ensure that measurements from different systems (or software) correlate. Next, we provide an overview of how surface texture is specified on drawings, looking at similarities and difference in the two primary surface texture standards, ASME Y14.36 and ISO 1202. Finally, we show you how to develop a strategy for measuring and tracking surface texture. It really starts with understanding the functional requirements of your surface: is it a sealing application, are you concerned with wear, or appearance, or adhesion? The function should dictate how, and what, you measure on the surface. In this lecture we talk about how to put that information to use.
If you haven't yet viewed the other modules of this course, we invite you to check them out, particularly Modules 1-3 which cover surface texture, filtering and spatial wavelengths, and surface texture parameters. Together we hope these modules provide you with a solid foundation for understanding surface texture and tribology, as well as how to apply that knowledge in your job or research.
Who this course is for:
Scientists, engineers, technicians and students in the fields of automotive, medical device, aerospace, materials, polymers, and others

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