Utilisateur
Transportation of various liquids and gases
Water pipelines, fuel oil pipelines, lubrication oil pipelines, gas pipelines, et
Simple pipelines and complex pipelines
When it does not have any branches from the intake point to the consumption point
Branched pipelines
Linear head losses
Local head losses
Transmission along the mainline without withdrawal
Fluid flow rate
Volumes of oil transfer
Variant evaluation of economic feasibility and environmental acceptability
Prospective development of cities and other areas
Planning in tunnels of railways and roads
1.05
Route optimization
Internal diameter
By using a standardized series of nominal sizes
To ensure long-term operation of fittings and pipeline components
Vapor pressure of the transported product
By constructing a graph of capital costs and operational expenses
Diameter and wall thickness
To ensure safety and compliance with design specifications
Determining the capacity of the oil pipeline and pressure at stations
Capital costs increase, operational expenses decrease
Bernoulli's Equation
Local head losses
Closed networks
Head loss is the same in each branch
Flow of liquid in the pipeline with a hydraulic gradient equal to one
Flow is the same in each branch