Heat Transfer-HT Lecture 04 GATE Chemical Engineering

Описание: Heat Transfer-HT Lecture 04 GATE Chemical Engineering

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Heat transfer occurs through two primary modes: conduction and convection. A deep comprehension of these modes is essential for addressing heat transfer challenges across various scenarios. To acquire this comprehension, it's crucial to familiarize oneself with heat transfer principles in fundamental scenarios, exemplified by the following three experiments:

Heat Exchanger Objectives:

Ascertain the heat transfer rate between hot water and cold water streams as they traverse two types of heat exchangers, employing both parallel and counterflow configurations.
Compare experimental and theoretical overall heat transfer coefficients, along with assessing heat exchanger effectiveness.

Cross Flow Heat Exchanger Objectives:

Investigate heat convection processes.
Compare heat transfer coefficients of various heating elements.
Conduct comparisons among different heating elements.
Demonstrate the correlation between heat transfer, heat transfer area, and flow velocity.

Heat Conduction in Solids Objectives:

Investigate heat conduction in diverse solid materials.
Determine thermal conductivity for single or multiple layers of materials.
Compare obtained conductive heat transfer coefficients with published data, identifying discrepancies and discussing potential sources of error.

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