课件成果讲稿1

1、#REPORT_TITLE#AUTHOR PANY#TIME#RECIPIENT PANY PANY_LOGOGeneral InformationAnalysis SummaryResult AdvisorAnalysis Conclusions and mendationsTable of ContentsGeneral InformationItem NameItem DataMesh type#MESH_TYPE_VALUENumber of cooling channels#NUM_COOLING_CHANNELS_VALUE(!CHECK)Part dimension#PART_D

2、IMENSION_VALUEMold dimension#MOLD_DIMENSION_VALUE(!CHECK)Cavity (Part) volume#CAVITY_VOLUME_VALUECold runner volume#COLD_RUNNER_VOLUME_VALUE (!CHECK)Number of elements#NUM_ELEMENTS_VALUE(!CHECK)Number of part elements#NUM_PART_ELEMENTS_VALUENumber of part-insert elements#NUM_PART_INSERT_ELEMENTS_VAL

3、UE(!CHECK)Number of nodes#NUM_NODES_VALUESummary MeshItem NameItem DataPolymer type#POLYMER_TYPE_VALUEGrade name#GRADE_NAME_VALUEProducer#PRODUCER_VALUEMelt flow index#MELT_FLOW_INDEX_VALUEFiber percent#FIBER_PERCENT_VALUEMelt temperature range#MELT_TEMPERATURE_RANGE_VALUEMold temperature range#MOLD

4、_TEMPERATURE_RANGE_VALUEEjection temperature#EJECTION_TEMPERATURE_VALUEFreeze temperature#FREEZE_TEMPERATURE_VALUESummary MaterialItem NameItem DataFilling time#FILLING_TIME_VALUEMelt temperature#MELT_TEMPERATURE_VALUEMold temperature#MOLD_TEMPERATURE_VALUEMaximum machine pressure#MAX_MACHINE_PRESSU

5、RE_VALUE(!CHECK)Maximum injection pressure#MAX_INJECTION_PRESSURE_VALUE(!CHECK)Packing time#PACKING_TIME_VALUEMaximum packing pressure#MAX_PACKING_PRESSURE_VALUE(!CHECK)VP switch by filled volume (%) #VP_SWITCH_VALUESummary ProcessAnalysis Summary#MELT_FRONT_TIME#PNG_MELT_FRONT_TIME#MODABILITY(!CHEC

6、K)#PNG_MODABILITY#AIR_TRAP(!CHECK)#PNG_AIR_TRAP#WELD_LINE(!CHECK)#PNG_WELD_LINE#SINK_MARK(!CHECK)#PNG_SINK_MARK#PRESSURE(!CHECK)#PNG_PRESSURE#TEMPERATURE(!CHECK)#PNG_TEMPERATURE#CENTER_TEMPERATURE(!CHECK)#PNG_CENTER_TEMPERATURE#BULK_TEMPERATURE(!CHECK)#PNG_BULK_TEMPERATURE#MAX_SHEAR_RATE(!CHECK)#PNG

7、_MAX_SHEAR_RATE#MAX_SHEAR_STRESS(!CHECK)#PNG_MAX_SHEAR_STRESS#FROZEN_LAYER_RATIO(!CHECK)#PNG_FROZEN_LAYER_RATIO#MAX_COOLING_TIME(!CHECK)#PNG_MAX_COOLING_TIME#VELOCITY_VECTOR(!CHECK)#PNG_VELOCITY_VECTOR#VOLUME_SHRINKAGE(!CHECK)#PNG_VOLUME_SHRINKAGE#GATE_CONTRIBUTION(!CHECK)#PNG_GATE_CONTRIBUTION#FIBE

8、R_ORIENTATION(!CHECK)#PNG_FIBER_ORIENTATION#XY_SPRUE_PRESSURE(!CHECK)#PNG_XY_SPRUE_PRESSURE#XY_CLAMP_FORCE(!CHECK)#PNG_XY_CLAMP_FORCE#XY_FLOW_RATE(!CHECK)#PNG_XY_FLOW_RATEResult AdvisorResult Advisor Short shotResult Advisor Weld lineResult Advisor DegradationResult Advisor Air trapResult Advisor He

9、sitation problemResult Advisor Unbalanced flowPossible issues found in AnalysisResult Advisor Short shotProblem Description:Model is pletely filled at the end of filling. Short shot may occur.Solution:Increase the mold temperature or melt temperature.Change the gate locations.Add more gates.Ensure s

10、ufficient amount of injection.Increase the flow rate.Improve venting.#PNG_MELT_FRONT_TIMEResult Advisor Weld lineProblem Description:Sharp welding angles found at some places. Weld lines may e visible.Solution:Increase the mold temperature or melt temperature.Decrease the filling time.Reduce the num

11、ber of gates.Use fiber-reinforced or low viscosity material.Increase injection speed.#PNG_WELD_LINEResult Advisor DegradationProblem Description:The resultant melt temperature is more than the maximum working temperature of the material.Solution:Change the gate location.Increase the filling time.#PN

12、G_MAX_SHEAR_RATEResult Advisor Air trapProblem Description:Air traps found inside the cavity. This may cause voids or surface defect.Solution:Increase the filling time.Change the gate location.Reduce the injection speed.Modify the size or location of the vents.#PNG_AIR_TRAPResult Advisor Hesitation

13、problemProblem Description:The flow rate is too low in some regions in the cavity causing flow hesitation.In extreme cases, hesitation may lead to hesitation mark on part surface or even short shot.Solution:Move the gate away from the region of hesitation.Reduce the variation in the model thickness.Modify the process condition.#PNG_VELOCITY_VECTORResult Advisor Unbalanced flowProblem Description:The melt contribution for each gate is unbalanced.More plastic melt has been injected through one or more gates than the others.Solution:Change the gate locati