Development and characterization of diamond tip burnishing with a rotary tool

Influence of Ball-Burnishing Process on Surface Topography Parameters and Tribological Properties of Hardened Steel

“…There are many finishing treatments used in the mechanical industry, such as polishing, grinding, lapping, or honing. However, one of the most competent surface finishing processes is the burnishing process [3], which includes roller burnishing [4], ball burnishing [5] diamond burnishing, [6] and even similar techniques like pneumatic ball peening or shot peening [7]. The ball-burnishing process, as well as shot peening and laser-assisted burnishing technique [8], can be applied to materials of high hardness.…”

Determination of the working gap and optimal machining parameters for magnetic assisted ball burnishing

“…Advantages Drawbacks Roller burnishing [2] cheap tool only cylindrical workpiece Ball burnishing [3] cylindrical and flat workpiece expensive tool Diamond burnishing [4] hard workpiece rigid tool Shot peening [5] 3D contoured surfaces required special equipment Considering drawbacks of expensive and complicated construction, the authors designed a novel Magnetic Assisted Ball Burnishing (MABB) tool. During the design process, the Magnetism Aided Machining or Magnetic Assisted Machining (MAM) technologies were investigated [14,15,16,17,18], which are relatively novel industrial machining processes.…”

“…mechanical treatment, is the burnishing process" [1]. There are several type of burnishing, like roller burnishing [2], ball burnishing [2] or diamond burnishing [3]. There are also some technologies which are similar to them, for example shot peening [4] and not to mention the special processes like laser-assisted burnishing which is able to burnish high hardness (45-60 HRC) metals [5].…”

Ezerek Parlatma Yapılan AA7075-T6 Alüminyum Alaşımında Meydana Gelen Kalıntı Gerilmelerin İncelenmesi

“…Literatürdekine benzer olarak ilerleme miktarı arttıkça malzemede meydana gelen kalıntı gerilmelerin artma eğiliminde olduğu söylenebilir [14,15]. Okada ve ark.…”

“…Okada ve ark. yaptıkları çalışmada ilerleme miktarı azaldıkça ezme izlerinin daha belirgin ve geniş olarak meydana geldiğini, ezme takımı ile malzeme yüzeyi arasındaki kayma mesafesinin, azalan ilerleme miktarı ile birlikte arttığını ve ezmenin gerçekleştiği noktanın çevresindeki malzeme akışının azalan ilerleme miktarı ile arttığını tespit etmişlerdir [15]. Buna göre ilerleme miktarı azaldıkça kuvvetin uygulandığı alan artmakta ve kuvvetin sabit kaldığı şartlarda alanın artması, meydana gelen gerilme miktarını azaltmaktadır.…”