Professional Cam | Perfect Cam |
standard | PRO | BAISC | old |
INTAKE and EXHAUST VALVE LIFT LAW DESIGN |
real time view of lift, velocity, acceleration and jerk | X | X |
symmetry laws | X | X | X | X |
asymmetry laws | X | X | X |
polydyne (all the types) | X | X |
polydyne (three types) | X | X | X | X |
polynomial 8° | X | X | X | X |
trigonometric | X | X |
trigonometric with acceleration ratio variable | X |
nt-spline (all the types) | X | X |
nt-spline-asymmetric (all the types) | X | X |
spline-polydyne (three types) | X |
spline-polynomial 8° | X |
spline-trigonometric | X |
spline-trigonometric with acceleration ratio variable | X |
import experimental lift laws | X | X |
special algorithm for filtering the data of experimental lift laws | X | X |
CAM PROFILE CALCULATION FOR DIFFERENT VALVE TRAIN SYSTEMS |
direct flat tappet | X | X | X | X |
direct roller tappet symmetric or asymmetric | X | X | X | X |
rocker arm | X | X |
finger arm | X | X |
pushrod - rocker arm - flat tappet | X | X |
pushrod - rocker arm - roller tappet | X | X |
valve train kinematic simulation | X |
cam profile in cartesian coordinates | X | X | X | X |
cam profile in polar coordinates | X | X | X | X |
drawing of the cam profile in dxf format | X | X |
VALVE TRAIN SYSTEM VERIFICATION |
automatic springs load calculation | X | X | X | X |
import springs load curve observed experimentally | X | X |
calculus valve float conditions | X | X | X | X |
calculus wear and lubrication conditions | X | X | X | X |
calculus valve train friction | X | X | X | X |
valve train dynamic simulation | X |
CHAMBER COMBUSTION and ENGINE ANALISYS |
valve and piston motion simulation in engine cycle | X |
valve lift in engine cycle | X | X |
geometry roof combustion chamber calculation | X |
geometry hemispheric combustion chamber calculation | X | X |
valves interference and piston-valves interference calculation | X | X |