Advanced Vehicle Technology Episode 3 Part 6 ppt

Advanced Vehicle Technology Episode 3 Part 6 ppt

Advanced Vehicle Technology Episode 3 Part 6 ppt

... 738 7: 93 kN=m 2 or 73: 9 bar c) Total power piston and  F 1  F 2 pedal push rod thrust  1:2  1:88  3: 08 kN Total master cylinder fluid pressure P 3  F 3 A 2  3: 08  4 (0:018) 2  121 03: 63 5 ... system 511 Fig. 11. 43 (a±d) Antilock brake system for commercial vehicles (ABS) 4 93 b) Power piston thrust F 2  A 1 (P 1 À P 2 )   4 (0:2) 2 (100 À40)  1:88 kN Master cylind...
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Advanced Vehicle Technology Episode 3 Part 9 ppt

Advanced Vehicle Technology Episode 3 Part 9 ppt

... trucks and large articulated vehicles are shown in Figs 13. 1 and 13. 2 respectively. Refrigeration systems designed for motor vehicle trucks are basically made up of two parts supported on an aluminium ... compartment temperature for frozen food is usually set between À22  C and À25  C whereas the chilled compartment temperature is set between 3  C and 5  C. 13. 1 Refrigeration term...
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Advanced Vehicle Technology Episode 3 Part 5 ppt

Advanced Vehicle Technology Episode 3 Part 5 ppt

... (Fig. 11 .34 (a)). Fig. 11 .33 Load sensing and progressive pressure limiting valve front to rear brake line characteristics Fig. 11 .34 (a and b) Inertia pressure limiting valve 485 Fig. 11 .39 (a±c) ... apart. When the hydraulic pressure collapses the rubber pressure seals retract Fig. 11.19 Swing yoke type brake caliper 472 11 .6. 5 Inertia and progressive pressure limiting valve (Fig. 11...
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Advanced Vehicle Technology Episode 3 Part 1 ppt

Advanced Vehicle Technology Episode 3 Part 1 ppt

... suspension layout can be designed to counteract both squat (Figs 10 .62 and 10. 63 ) and dive (Fig. 10 .64 ) tendencies. Fig. 10 .61 (a and b) Vehicle squat and dive 402 rear ends of each arm support a live ... front wheel drive vehicle (Fig. 10 .62 ) the arm swings downwards and opposes the front upward lift caused by the reluctant inertia couple. Likewise with a rear wheel drive vehic...
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Advanced Vehicle Technology Episode 3 Part 14 ppsx

Advanced Vehicle Technology Episode 3 Part 14 ppsx

... air drag 61 5 61 7 Bonnet (hood) 589, 590 Bonnet slope 60 1, 60 4 Boundary layer 584, 585 Cabriolet car 61 6, 61 7 Cab to trailer body gap 6 23, 62 4, 62 8 Cab to trailer body gap seals 62 9, 63 0 Cab to ... cambering 60 2, 60 5 Sleeper compartment 60 6 Skin friction (surface friction drag) 585 Skirting 63 2 Spoilers -aerofoil and lip type 61 0, 61 2 Sports car air drag 61 6...
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Advanced Vehicle Technology Episode 3 Part 13 ppsx

Advanced Vehicle Technology Episode 3 Part 13 ppsx

... ring 33 3 Flow control orifice 33 3, 33 4 Flow control valve plunger 33 3 Drive shaft 33 1, 33 2, 33 3 Pressure relief valve 33 3, 33 4 Roller 33 1, 33 2, 33 3 Roller carrier lobe 33 1, 33 2, 33 3 Rotor 33 1, 33 2, ... 36 4, 36 5 Electrical servo assisted steering 36 3 Electronic control unit 36 4, 36 5 Diagnostic socket 36 4 Input shaft 36 5 Peg and slot 36 5, 36 6...
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Advanced Vehicle Technology Episode 3 Part 12 doc

Advanced Vehicle Technology Episode 3 Part 12 doc

... degψ 1.8 1 .6 1.4 1.2 1.0 0 Drag coefficient ( ) C D 0102 030 Fig. 14.58 Influence of yaw angle upon aerodynamic drag 62 5 Airstream Drag coefficient ( ) C D 0.8 0.7 0 .6 0.5 0.4 3. 0 3. 2 3. 4 3. 6 3. 8 4.0 Low cab High cab Adjustable ... windscreen/roof leading edge (attached air flow over cab roof) 0.8 0.7 0 .6 0.5 0.4 Drag coefficient ( ) C D 3. 0 3. 2 3. 4 3. 6 3. 8 4....
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Advanced Vehicle Technology Episode 3 Part 11 doc

Advanced Vehicle Technology Episode 3 Part 11 doc

... degγBonnet slope angle ( ) degα Drag coefficient ( ) C D (a) (b) (c) ∝ ∝ 0 .32 0 .32 30 40 50 60 700 2 468 10 0 .34 0 .34 0 . 36 0 . 36 0 .38 0 .38 0.40 0.40 Drag coefficient ( ) C D Dra g coefficient ( ) C D Fig. ... and ground. (a) (b) 0.0 0.1 0.2 0 .3 0.4 Tail extension (mm) Drag coefficient ( ) C D 0 500 1000 1500 2000 60 00 432 1 2 3 4 700 130 0 1900 5720 mm 565 0 mm 1 Fig....
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Advanced Vehicle Technology Episode 3 Part 10 pps

Advanced Vehicle Technology Episode 3 Part 10 pps

... discharge pressure of P 2 (see Fig. 13. 8). 13. 3.2 Evaporator (Fig. 13. 6) The evaporator's function is to transfer heat from the food being stored in the cold compartment into the circulating refrigerant ... evaporator coil can be absorbed through the metal walls of the tubing, see Fig. 13. 15(a and b). 13. 3 .3 Condenser (Fig. 13. 6) The condenser takes in saturated refrigerant...
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Advanced Vehicle Technology Episode 3 Part 8 pot

Advanced Vehicle Technology Episode 3 Part 8 pot

... exhaust valve and opens the inlet valve. Air is now able to flow from the tractor emergency 539 12 .3. 23 Brake actuator chambers Purpose Brake actuator chambers convert the energy of compressed ... reduced. Fig. 12.20 (a±c) Quick release valve 533 (supply) line to the trailer's emergency line via the open inlet valve mounted in the lower part of the dump valve. As a result, when...
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