Você procurou por: radial (Inglês - Malaio)

radial
jejarian

radial axis
_lebar piawai

radial glow 1
radial glow 1

radial gradient:
gradian jejari:

flare radial 101
flare radial 101

flare glow radial 1
flare glow radial 1

ctrl: snap angle; keep rays radial
ctrl: lekat sudut; kekalkan jejari sinaran

create radial (elliptic or circular) gradient
cipta gradien jejari (eliptik atau membulat)

shift click and drag to move the radial gradient focal point.
& singkir

radial gradient center and focus; drag with shift to separate focus
pusat dan fokus gradien jejari; seret dengan shift untuk pisahkan fokus

adjust the base radius of the star; with ctrl to keep star rays radial (no skew); with shift to round; with alt to randomize
laras jejari dasar bintang; dengan ctrl untuk kekalkan jejari sinar bintang (tiada pencongan); dengan shift untuk bundarkan; dengan alt untuk rawakkan

inconel 718 is known as super alloy and it is difficult to cut. it is a widely utilized material for atomic force plant, gas turbine motors, steam turbines, petrochemical gear and aviation furthermore for rocket part due high temperature resistance. other than that, inconel 718 have high corrosion resistance and connected broadly in high temperature utilizes because of its superior properties. however there are still numerous issues that should be connected with inconel 718 because there are also have disadvantage such as reduce tool life and severe surface abuse on machined surface due to its high values of cutting force. welding and adhesion of inconel 718 onto the cutting tool often happen during machining creating extreme surface of machined. in the perspective of manufacturing industries, expanding interest of profitability and quality in machining inconel 718 are the principle challenges keeping in mind the end goal to get the ideal cutting condition and decrease the expense of generation. to investigate the optimum cutting condition for inconel 718, some experiment must be conducted such as full immersion end milling inconel 718. in this research, the cutting force and chatter vibration is greatly influence the wear of cutting tool in machining work. at low cutting speed of machining inconel 718, the cutting force increase but it also depends on the feed rate and depth of cut. besides that, the consumption of lubricant cutting fluid also plays an important role during machining this super alloy. based on this research, we investigate the surface integrity of inconel 718 machined using tialn coated carbide tool by varying radial depth of cut. at the end, optimum cutting conditions were selected in machining operation for further development in manufacturing industries.
the suface integriti inconel 718 dimesin menggunakan tialn bersalut karbida alat dengan mengubah radial depth of cut