Proceedings Of The 16th International Symposium On Electromachining

The　International　Symposium　on　Electromachining　（ISEM）　is　a　triennial　meeting　of　academia　and　industry　that　specializesin　electro-physical　and　electro-chemical　machining.　This　event　is　conducted　under　the　auspices　of　the　InternationalAcademy　for　Production　Engineering　（previously　known　as　International　Institution　for　Production　Engineering　Researchand　also　CIRP,　from　the　French　name　Collige　International　pour　la　Recherche　en　Productique'　）.　It　serves　as　a　platformfor　the　dissemination　of　the　latest　scientific　and　technological　accomplishments　that　represent　the　state-of-the-art　innontraditional　machining　processes.　The　ever　increasing　diversity　of　the　geographical　locations　of　participants　and　the　widerspectrum　of　topics　covered　since　the　beginning　of　ISEM　in　1960's　is　a　testimony　of　the　growing　success　and　popularity　ofthis　international　symposium.The　16th　International　Symposium　on　Electromachining　（ISEM　XVl）　is　held　in　Shanghai　China,　just　11　days　before　theWorld　EXPO　2010.　Situated　in　the　Yangtze　River　Delta　on　China's　eastern　coast,　Shanghai　is　renowned　as　the　mostinternationalized　metropolitan　city　in　China.　Shanghai　has　given　the　birth　to　China's　modem　industry,　and　witnessed　thegreat　changes　in　China's　modern　history.　Over　thirty　years　of　economic　reform,　Shanghai　has　metamorphosed　into　aeconomic　power　house　in　China.　The　city　as　a　whole　is　on　the　way　towards　an　international　center　for　finance,　logisticsand　transformation　which　is　expected　to　be　accomplished　by　the　year　2020.

Keynote　LecturesPart　and　Material　Properties　in　Selective　Laser　Melting　of　MetalsAdvancements　in　Fundamental　Studies　on　EDM　Gap　PhenomenaElectrical　Discharge　Machining　（EDM）Onthe　Characterization　of　the　Heat　Input　for　Thermal　Modelling　of　the　EDM　ProcessOptimization　of　EDM　Parameters　on　Nonconductive　Ceramics　Using　Grey　Relational　AnalysisTime　Estimation　for　Sinking　EDM　OperationsStudy　of　High　Efficient　Discharge　Cutting　Solar　Silicon　and　Texturing　DirectlyInfluence　of　Additives　in　Dielectric　Fluids　for　Electrical　Discharge　MachiningPerformance　Characteristics　of　Dry　EDMEDM　Characteristics　of　Carbon　Fiber　Reinforced　PlasticResearch　of　the　Rosin　in　Machining　Fluid　for　Electrical　Discharge　MachiningThe　Methodology　of　Detecting　Dynamical　Properties　of　Electrical　Discharge　Machining　（EDM）　Process　towards　Buildinga　Timely　Varied　Linear　Predictive　ModelPowder　Mixed　Near　Dry　Electrical　Discharge　MachiningExperimental　Study　on　Single-pulse　Discharge　in　Gas　DielectricA　New　Discharge　State　Recognition　Method　of　EDM　Based　on　Pulse　Edge　DetectionSimultaneous　Electrical　Discharge　Machining　of　Rectilinear　Holes　Using　Electrodes　of　Various　DiametersModeling　of　Workpiece　Removal　Rate　on　EDMMist-jetting　Electrical　Discharge　Truing　and　Dressing　Technology　Combined　with　Mechanical　Method　on　Metal-bondedDiamond　Grinding　WheelElectrical　Discharqe　Truinq　for　Micro　Electroplated　Diamond　ToolAbout　the　Static　Gap　Pressure　in　Electro　Discharge　Drilling　ProcessObservation　of　Flying　Debris　Scattered　from　Discharge　Point　in　EDM　ProcessVerification　of　Basic　Performance　of　Size-Reduced　Automatic　Discharge　Gap　Controller　for　Curved　Hole　ElectricalDischarqe　MachininqElectrical　Discharge　Machining　Properties　of　Insulating　Si3N4　Ceramics　with　Added　Al2O3Effects　of　Process　Parameters　on　Single　Discharge　ForcesInvestigation　on　Dynamic　Gas　Bubble　Formation　by　Using　a　High-Speed-Camera　SystemStudy　of　Gap　States　in　Bunched-electrode　EDMNumerical　Simulation　of　Uneven　Wear　of　Shaped　Electrode　in　EDMSurface　Modification　Using　Electrical　Discharge　in　Air　GapAdvanced　Strategies　for　Improving　the　Surface　Integrity　in　Electroerosion　MachiningCharacteristics　of　Electrical　Discharoe　Machinina　for　Maanetic　MaterialEffective　Pulses　Discriminator　and　Direct-Drive　Jump　Control　for　High　Efficiency　Electrical　Discharge