Optimization of the Performance of the Cylinder Type Forage Harvester Cutterhead |
Contents
LITERATURE REVIEW | 2 |
4 | 13 |
TEST EQUIPMENT INSTRUMENTATION AND CALIBRATION | 16 |
6 other sections not shown
Common terms and phrases
6FOUR FACTOR INTERACTIONS 6THREE FACTOR INTERACTIONS alfalfa amount of material analyses appears approximately assumed blade carried chapter clearance distance Column compared COMPUTED RESULTS condition constant CONTINUED corn stalks curves cutterhead cutting force Cutting force diagrams cylinder type dependency Design determine developed direction displacement dullness edge EFFECTS OF VARIABLES energy required equation EXPERIMENTAL experiments FACTOR MAIN EFFECT Figure forage harvester friction garter spring given gives housing impact increased John Deere JOULES KG DRY knife knife dullness knife setting knives Lack of Fit length of cut limited lip angle machine mass maturity MEAN SUM mechanism moisture content motion moving NEWTON obtained optimal optimum particles performance pick-up position proposed rake angle reported respectively response setting shear-bar shearing energy shown shows significant single speed springing back strain gages SUM OF SQUARES Table unit University Values vibration written