Heat Conduction in Spherical Shell – Online Calculator & Python Code
Heat conduction in spherical shells / walls having applications like thermal insulation layers in storage tanks and cryogenic systems which […]
Heat conduction in spherical shells / walls having applications like thermal insulation layers in storage tanks and cryogenic systems which […]
Heat transfer through conduction in cylindrical coordinates has direct application in pipes, tubes, and cylindrical structures such as boilers, heat
Cooling time of a sphere is an important concept in many heat transfer applications where thermal management is needed. Spheres
In heat transfer processes, the concept of critical thickness of insulation or critical radius of insulation plays an important role
In chemical engineering, both heat and mass transfer are essential processes governing the movement of thermal energy and matter in
Composite walls are often used in Industrial equipment’s and building structures to get the desired heat transfer. The overall heat
What is Biot Number? Biot Number (Bi) is a dimensionless quantity used in heat transfer calculations. It is defined as
What is Antoine Equation? The Antoine equation is a mathematical expression (empirical correlation) used to describe the non-linear thermodynamic relationship
What is Clausius Clapeyron Equation / Relation? The Clausius Clapeyron equation is a relation in thermodynamics that describes the phase
What is Thermal Boundary Layer Thickness? The Thermal Boundary Layer is a concept in fluid dynamics and heat transfer that describes the
The Nusselt number (\(𝑁𝑢\)) is a dimensionless number named after Wilhelm Nusselt, a German engineer. It is defined as the
What is Prandtl number? The Prandtl number (\( \text{Pr} \)) is a dimensionless number named after the German physicist Ludwig
What is Thermal Conductivity? Thermal conductivity is a measure of a material’s ability to conduct heat. It tells how well
What is Hydraulic Diameter? The hydraulic diameter is a parameter which is used for handling flow in non-circular tubes and
What is Joule-Thomson Effect The Joule-Thomson effect is a thermodynamic process (also known as Joule–Kelvin effect or Kelvin–Joule effect) that describes the
To understand the behaviour of thermal radiation in engineering, Kirchoff’s law of thermal radiation and Wien’s displacement law are the
The Inverse Square Law is a fundamental principle in physics that describes how the intensity of a physical quantity, such
Thermal radiation is one of the fundamental mechanisms of heat transfer, alongside conduction and convection. Heat transfer through radiation is a