Thermodynamics & Python For Process And Mechanical Engineers

Thermodynamics & Python: Analyzing systems, charts, heat exchanger, and compressor efficiency using Python

What you'll learn

Understanding the principles of thermodynamics

Using Python to analyze thermodynamic properties and data

Creating and interpreting thermodynamic charts and diagrams

Studying various thermodynamic processes and their applications

Practical hands-on experience with Python coding related to thermodynamics

Requirements

Basic knowledge of Python programming

Description

Embark on an exhilarating journey into the world of thermodynamics with our comprehensive course, 'Thermodynamics and Python: Properties, Charts, and Processes.' This meticulously crafted course is designed to empower you with the knowledge and skills required to navigate the intricate realm of thermodynamics while harnessing the versatile capabilities of Python.Throughout this engaging course, you'll delve into key areas that bridge the gap between theory and practical application. We'll begin by exploring the calculation of essential thermodynamic properties using Python, enhancing your ability to analyze and manipulate critical data. With a firm grasp of these fundamentals, you'll advance to visualizing complex thermodynamic processes on charts, including plotting pressure-constant lines in Temperature-Entropy (T-S) diagrams.One of the course's highlights is the simulation of heat exchange processes, a critical aspect of real-world engineering and industrial applications. You'll learn how to relate the difference in enthalpy to the rate of heat transfer in a heat exchanger, and use Python to find unknown variables, ensuring you're well-prepared for practical challenges in industries ranging from energy to manufacturing.But that's not all – you'll also delve into the fascinating world of compressors, understanding their efficiency and power consumption through Python-based calculations. Explore the concept of isentropic power and gain insights into the actual power required for compression processes.Our course combines the principles of thermodynamics with the practicality of Python programming, enabling you to tackle real-world challenges with confidence. Whether you're an aspiring engineer, scientist, or data analyst, this course will equip you with the skills to excel in your field. Enroll today to unlock the limitless potential at the intersection of thermodynamics and Python!

Overview

Section 1: Introduction

Lecture 1 Introduction

Section 2: Python and Thermodynamic Properties

Lecture 2 Python in Thermodynamic Properties

Lecture 3 Python in Density Changes

Lecture 4 Python in Thermodynamic Charts

Section 3: Python in Equipment Simulation

Lecture 5 Python in Heat Exchanger: part 1

Lecture 6 Python in Heat Exchanger: Part2

Lecture 7 Python in Heat Exchanger: Part3

Lecture 8 Python in Compressor: Part1

Lecture 9 Python in Compressor: Part2

Lecture 10 Python in Compressor: Part3

Students studying engineering, physics, or a related field,Engineers and professionals working in industries that involve thermodynamic processes (e.g., energy, chemical engineering, HVAC),Python programmers who want to expand their skills into the field of thermodynamics,Anyone with a general interest in thermodynamics and Python programming