TTC Technologies
About
News
Account
Services
Products
Home
INSTED
Product Page
Features
INSTED CLOUD
Desktop version
INSTED CLOUD
Heat Exchangers
Basic Thermal-Hydraulic Analysis
Database
Pricing Information
Desktop Version
Desktop v.s. Cloud
Pricing Information
Documentation
Product Brochure
Release Notes (Latest)
Release Notes (Archived)
User's manual (desktop version)
TTC publications
Home
>
Products
>
INSTED
>
INSTED CLOUD
>
Basic Thermal-Hydraulic Analysis
>
Internal Flow/Heat Transfer
Internal Flow/Heat Transfer
Capabilities
Rating (Performance Analysis)
Duct Types
Surface Condition Types
Heat Convection Types
Fluid Types
Required Input for Rating Analysis
Results for Rating Analysis
Heat flow rate
Inlet/outlet temperature difference
Required tube length
Circle
Triangle
Rectangle
Equilateral triangle
Hexagon
Annulus
Arbitrary duct shapes
Specified temperature
Heat flux
Adiabatic conditions
Laminar
Turbulent
Transistional
Entry-length
Fully developed
Low Prandtl number fluids
Moderate to high Prandtl number fluids
Duct type
Inlet/Outlet temperatures (depending on task)
Mass or volume flow rate
Hydraulic diameter
Outer diameter (for flow in annulus)
Absolute roughness of material
Thermal conductivity of material
Fouling factor
Heat transfer area
Friction factor
Pressure loss
Nusselt number
Outer Nusselt number (annulus)
Heat transfer coefficient
Outer heat transfer coefficient (annulus)
LMTD
Mean temperature difference
Outlet temperature
Heat transfer rate
Gallery
(Click images to enlarge)
Home
Publications
Presentations
Sitemap
About
News
Contact
© 1993-2024 Copyright TTC Technologies®, Inc.