"conveyance capacity" is a correct and usable term in written English.
It refers to the maximum amount of something (such as water, people, or goods) that can be transported or conveyed through a particular system, channel, or means. Example: The new bridge has a conveyance capacity of 10,000 vehicles per hour, which will greatly ease traffic congestion in the area.
Dense vegetation in a river frequently obstructs a flood flow and reduces conveyance capacity of channels.
The measures increase the flood conveyance capacity as well as biodiversity.
As mentioned by Haley [1], the constraints are divided into three types: source constraint, destination constraint and conveyance capacity constraint.
These experiments were designed to examine the consequences of channel geometry changes on channel conveyance capacity and subsequent flood dynamics.
The ice characteristics and the water conveyance capacity are both analyzed and thus the hydraulic control conditions for a safety regulation are obtained.
Notably, a positive feedback occurred whereby the jökulhlaup led to significant net erosion of the riverbed, producing an increase in flow conveyance capacity of the river channel.
This paper mainly investigates the fixed charge solid transportation problem under fuzzy environment, in which the direct costs, the fixed charges, the supplies, the demands and the conveyance capacities are supposed to be fuzzy variables.
As a result, three mathematical models are constructed for the problem, i.e., expected value model, chance-constrained programming model and measure-chance programming model, where the supplies, demands, conveyance capacities, direct costs and fixed charges are regarded as uncertain variables.
Lagrangian longitudinal surveys and fixed station data are utilized from the lowermost Mississippi River reach in Louisiana at high and low discharge in 2012 2013 to examine the changing stream power, sediment transport capacity, and nitrate conveyance in this backwater reach of the river.
The goal of this study was to investigate whether arsenic removal from irrigation water could be improved within distribution channels by amending them with physical structures that both induce water treatment and maintain water-conveyance capacities.
Direct conveyance of fine sediment to the outlet occurred when a high stream transport capacity was reached.
