冷却水路设计方案moldflow report(CB-101001).ppt

Part, Tool, Setup wall thickness and mesh statistics Simulation results list Fill time (contour) Pressure at V/P switchover Pressure at the end of fill Flow Front Temp. Maximum Shear rate Shear Stress at wall System Pressure Clamp Force Air Traps Weld Lines Volumetric shrinkage at ejection Sink index Circuit Layout Circuit heat removal efficiency Circuit flow rate and temperature Temperature part at the end of cooling Distortion of all effects Deflection (all deflection cause) Conclusions and suggestions FilIing Fill time Pressure at V/P switchover Pressure at the end of fill Flow Front Temp Volumetric shrinkage at ejection Circuit Layout Circuit heat removal efficiency Circuit flow rate and temperature Temperature part Distortion of all effects Distortion, all effects at Y Component Conclusions and suggestions * * * LIN KE SONG Composer 2010-10-13 Date Moldflow 6.1 Moldflow REV Part number handle bezel Part name CB-101001 Project numbered Appearance Requirements Deflection Requirements Nominal Wall Thickness Injection machine Tonnage Part Volume Part Details and Tool Description Packing Pressure Project Area Velocity/Pressure Transfer (% volume) Fill Time Mold Temperature Melt Temperature Material Process Setup Analysis Results 275.8 ℃ Minimum Melt Front Temperature 278.1 ℃ Maximum Melt Front Temperature 1203.6 T Clamp tonnage during filling/packing maximum clamp force 157.9 MPa Maximum injection pressure 217.0 cm3/s Maximum flow rate, beams Aesthetical part 2.50 mm 625.91 cm^3 PA213G33 275 ℃ 82 ℃ 3.39 s 98.04% 4927.81 cm2 One mold with 1+1 cavity. Mesh statistics Propose to decrease material for more than 4mm thickness locations of part . Plot PVT data Plot Viscosity General: Recommended Processing: Plastic Material Information Sprue Runner Gate Hot