Keyphrases
Parametric Analysis
100%
Aluminum Plate
100%
Plate-fin Heat Exchanger
100%
LNG-FPSO
100%
Design Parameters
33%
Unit Volume
22%
Layer Arrangement
22%
Fin Type
22%
Fin Height
11%
Gas Stream
11%
Natural Gas
11%
Design Condition
11%
Nitrogen Gas
11%
Simulation Method
11%
Design Optimization
11%
Equation of State
11%
Optimum Design
11%
Effective Surface Area
11%
Effective Length
11%
Shell-and-tube Heat Exchanger
11%
Fin Width
11%
Geometric Design
11%
Natural Gas Liquefaction
11%
Perforated Fin
11%
Liquefaction Cycle
11%
Wavy Fin
11%
Finned Surface
11%
Expander Bleed Cycle
11%
Secondary Surfaces
11%
Floating Production Systems
11%
Heat Transfer Surface Area
11%
Serrated Fin
11%
Fin Efficiency
11%
Engineering
Parametric Analysis
100%
Aluminum Plate
100%
Fin Heat Exchanger
100%
Floating Production Storage and Offloading
100%
Design Parameter
33%
Natural Gas
22%
Tubes (Components)
11%
Fin Height
11%
Gas Streams
11%
Simulation Method
11%
Optimum Design
11%
Design Condition
11%
Effective Length
11%
Heat Transfer Surface
11%
Fin Thickness
11%
Fin Efficiency
11%
Equations of State
11%