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Guide Posts for Design of Filament Wound Booms for Aerial Devices
Structural Design Considerations of an Aerial Device
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actuator aerial device aerial lift application assembly axle loading body brake system bucket cable capacity centerline chassis chassis frame check valve circuit components control valve cost crack cycles cylinder deflection digger derrick displacement drive efficiency electric emissions engine equipment factor fatigue flow flow control valve fluid front axle fuel economy gear GVWR hoist horizontal horsepower hose hydraulic fluid hydraulic system installation light trucks lower boom manufacturer material maximum mechanical ment Motor Vehicle Safety operating output outriggers payload performance piston position power take-off powertrain pressure pump ratio rear axle rear wheel reduced relief valve reservoir result rotation selection shaft shown in Fig side siderail specified speed spool spring stability steel strength stress structural tion torque torque converter trailer transmission truck chassis turbocharging unit upper boom utility vehicles weight welding wheelbase winch yield strength