by Dave Davidson, SME Machining/Material Removal Tech Community, firstname.lastname@example.org | 509.230.6821 and Jack Clark, Surface Analytics LLC, email@example.com The SEM photos … Continue reading Understanding Surface Finishing’s Role in Part Performance and Service Life Improvement
Moreover, the increased complexity and precision requirements of mechanical products have reinforced the need for accurately producing and controlling the edge and surface finish of manufactured parts. Variations in the surface texture can influence a variety of performance characteristics. The surface finish can affect the ability of the part to resist wear and fatigue; to assist or destroy effective lubrication; to increase or decrease friction and/or abrasion with cooperating parts; and to resist corrosion. Continue reading Isotropic Mass Finishing for Surface Integrity and Part Performance : Products Finishing
Feature photo above: Isotropic Micro-Finishing of Gears by Mark Riley, BV Products by Jack Clark | Surface Analytics LLC | … Continue reading Isotropic Mass Finishing for Surface Integrity and Part Performance
(Above: Photo credit: Extrude Hone Corporation) For more information or sample processing of parts contact: Dave Davidson | SME Tech … Continue reading “Compiled Problems in the Aerospace and Other Industries Caused by Burrs and Sharp Edges.”
Technical Post : “Topical Case History – Converting from Standard Machined Surfaces to More Functional Plateaued Surfaces”. Contributed by: Jack … Continue reading “Topical Case History – Converting from Standard Machined Surfaces to More Functional Plateaued Surfaces”.
by Jack Clark, President, Surface Analytics; [firstname.lastname@example.org] and Colorado State University, Mechanical Engineering Dept. and SME’s Deburring and Surface Conditioning … Continue reading “Topical Case History – Converting from Standard Machined Surfaces to More Functional Plateaued Surfaces”.
The load bearing capability of this type of surface is substantially improved over nonisotropic conventionally produced surfaces. The lack of machining/grinding grooves or notches also limits crack propagation in high stress and strain loading situations. (PHOTOS courtesy of Jack Clark, Surface Analytics and the Colorado State University Mechanical Enginering Deptartment) Continue reading Isotropic Surafce Finishes — Part 2