Part Number Part Family Artifact Name Cost Mass Equation Variable Name 1 Variable Value 1 Variable Name 2 Variable Value 2 Variable Name 3 Variable Value 3 Variable Name 4 Variable Value 4 Variable Name 5 Variable Value 5 Variable Name 6 Variable Value 6
1 pedal pedal-A 100
 2
 $F=$F*$V[0]/$V[1]
 Input Lenght
 .3
 Output Length
 .1







2 stem stem 50
 1












3 booster booster-A 200
 4
 $F=$F+$F*$V[0]
 Mulitplier
 6









4 master_cylinder master cylinder-A 150
 2
 $P=$F/($V[0]*$V[0]*3.1415/4) Piston Diameter .02









5 brake_line_manifold brake line manifold 14
 .5












6 brake_line brake line 10
 3












7 brake_cylinder brake cylinder-A
 24
 .5
 $F=$P*$V[0]*$V[0]*3.1415/4
 Piston Diameter
 .08









8 piston piston-A 23
 .4
 $F=$P*$V[0]*$V[0]*3.1415/4 Piston Diameter .08









9 cap cap 10
 .1












10 reservoir reservoir 20
 .2












11 rotor rotor-A 34
 10
 $F=$F*$V[0]/$V[1]
 Rotor Diameter
 .20
 Wheel Diameter
 .65







12 drum drum-A 43
 12 $M=($F*$V[0])/2 Drum Diameter .20 Wheel Diameter
 .65







13 pad pad 20
 1
 $F=$F*$V[0] Coefficient of Friction 1.8









14 shoe shoe 15
 1
 $F=$F*$V[0]
 Coefficient of Friction 1.6









15 fin fin 10
 .1












16 caliper caliper-A 100
 3
 $F=$F*$V[0] Number of Pistons 2









17 fastner fastner 1
 .1












18 wheel_speed_sensor wheel speed sensor 20
.05












19 computer computer 200
 1












20 abs_valve abs valve 25
 1












21 relay relay 6
.05












22 abs_pump abs pump 300
 4












23 wheel wheel 100
 15












24 upright upright 200
 10












25 pedal_face pedal face 10
 .2












26 pedal pedal-B 60
 2.5
 $F=$F*$V[0]/$V[1] Input Length .31 Output Length .1







27 booster booster-B 250
 10
 $F=$F+$F*$V[0] Boost Mult. 8









28 booster booster-C 300
 12
 $F=$F+$F*$V[0]
 Boost Mult.
 10









29 master_cylinder master cylinder-B 175
 23
 $P=$F/($V[0]*$V[0]*3.1415/4)
 Piston Diameter
 .045









30 master_cylinder master cylinder-C 225
 32
 $P=$F/($V[0]*$V[0]*3.1415/4)
 Piston Diameter
 .04









31 brake_cylinder brake cylinder-B 50
 12
 $F=$P*$V[0]*$V[0]*3.1415/4 Piston Diameter .07









32 brake_cylinder brake cylinder-C 60
 23
 $F=$P*$V[0]*$V[0]*3.1415/4
 Piston Diameter
 .08









33 caliper caliper-B 100
 150
Number of Pistons
 1









34 caliper caliper-C 150
 175
Number of Pistons
 4









35 rotor rotor-B 40
 5 $F=$F*$V[0]/$V[1]
 Rotor Diameter .25
 Wheel Diameter
 .65







36 rotor rotor-C 50
 6
 $F=$F*$V[0]/$V[1]
 Rotor Diameter .30
 Wheel Diameter
 .65







37 piston piston-B 35
 1
Piston Diameter
 .015









38 piston piston-C 52
 1.1
Piston Diameter
 .013









39 drum drum-B 23
 8
 $F=$F*$V[0]/$V[1]
 Drum Diameter
 .22
 Wheel Diameter
 .65







40 drum drum-C 42
 9
 $F=$F*$V[0]/$V[1]
 Drum Diameter
 .25
 Wheel Diameter
 .65