Surface roughness influences many mechanical properties, including friction and adhesion, surface reactivity, semiconductor substrate quality, and surface interaction with electromagnetic waves, ...

Surface roughness is referred to as a series of microscopic geometric features of tiny valleys and peaks of different spacings and heights that are typically arranged in a non-deterministic way on a ...

Medical needles have many uses. Since the needles are directly inserted into a person’s body, it is critical that manufacturers adhere to national and international standards for shape, materials, and ...

New research has shed light on how the preparation of carbon nanotubes can impact their surface roughness, and, therefore, their properties and suitability for biomedical applications. Here, we ...

Most natural and artificial surfaces are rough: metals and even glasses that appear smooth to the naked eye can look like jagged mountain ranges under the microscope. There is currently no uniform ...

The contact.engineering platform enables users to create a digital twin of a surface and thus to help predict, for example, how quickly it wears out, how well it conducts heat, or how well it adheres ...

A new study published in BMC Oral Health has explored how different glazing techniques affect the performance of zirconia ...

MM Pressure Sensor supports manufacturing in high-purity industries, such as semiconductor production, where minimizing ...