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Shipping Measure Vessel Cargo

Reference data and engineering information about shipping measure vessel cargo for automotive and transport applications.

shippingmeasurevesselcargo

Overview

Engineering reference data for Shipping Measure Vessel Cargo in automotive transport.

Key Formulas

Braking Distance

d=v22μgd = \frac{v^2}{2\mu g}

Distance to stop from velocity v.

Fuel Consumption

FC=distancefuel volumeFC = \frac{\text{distance}}{\text{fuel volume}}

Distance per unit fuel.

Horsepower

HP=τn5252HP = \frac{\tau \cdot n}{5252}

Torque × RPM / 5252.

Drag Force

Fd=12ρv2CdAF_d = \frac{1}{2} \rho v^2 C_d A

Aerodynamic drag on vehicle.

Variables

SymbolDescriptionUnit
ddBraking distancem
vvVelocitym/s
μ\muFriction coefficient
τ\tauTorqueN·m
CdC_dDrag coefficient

Measurement Standards and Shipping Tons

  • Register Ton: The internal capacity of a vessel is measured in register tons, defined as 1 register ton=100 cubic feet1 \text{ register ton} = 100 \text{ cubic feet}.
  • Shipping Ton: For cargo measurement, 40 cubic feet40 \text{ cubic feet} is approximately considered as a shipping ton for bulk weights less than 2000 pounds2000 \text{ pounds}.
  • Volume Conversions: 40 cubic feet40 \text{ cubic feet} converts to 32.143 U.S. bushels32.143 \text{ U.S. bushels} or 31.16 Imperial bushels31.16 \text{ Imperial bushels}.
  • Freight Basis: For bulk weights exceeding 2000 pounds2000 \text{ pounds}, freight charges are determined by weight rather than volume.

References