Applied Thermodynamics-ATD- Update 1 with QP and solution

🎓 Engineering Thermodynamics Online Course - Master the Fundamentals with B.S. Racheti!

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Course Headline: Engineering Thermodynamics

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Introduction:

Hey there, dear students! I'm B.S. Racheti, and I'm excited to guide you through the fascinating world of Engineering Thermodynamics. This course is tailored specifically for SE (Mechanical) students and serves as an invaluable reference for all mechanical engineering enthusiasts. 🚀

As someone with a blend of industry experience and academic teaching, I've crafted this course to make the intricacies of thermodynamics accessible and easier to grasp. With real-world examples and simplified explanations, you'll be well-equipped to tackle higher undergraduate studies without the stress of time constraints. 📚

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Course Objectives:

The goal of this course is to:

✅ Understand Units and Notations in Thermodynamics. ✅ Learn and Illustrate the first and second laws of Thermodynamics. ✅ Master Entropy, Enthalpy, Reversibility, and Irreversibility concepts. ✅ Apply Thermodynamic principles to various gas processes and cycles. ✅ Get conversant with Steam Properties, Dryness Fraction measurements, and Thermodynamic vapor cycles. ✅ Understand Psychrometric Charts and human comfort conditions.

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Course Content Breakdown:

Unit I - Laws of Thermodynamics

• Introduction to thermodynamics and basic definitions.
• Macroscopic vs microscopic perspectives.
• The zeroth law, first law, and second law of thermodynamics.

Unit II - Thermodynamic Properties and Processes

• Entropy calculation.
• Ideal gas processes (isentropic, isothermal, adiabatic, etc.).
• Real system approximations and corrections.

Unit III - Power Cycles

• Analysis of the Carnot cycle.
• Detailed study of the Rankine cycle for power generation.
• Vapor compression cycles for refrigeration.

Unit IV - Steam Generators and Boilers

• Types of boilers and their constructional details.
• Boiler performance calculations and energy balance.
• Natural draught requirements and combustion considerations.

Unit V - Psychrometry

• Basics of humidity, temperature, and air properties.
• Use of the Psychrometric Chart for real-world applications.
• Thermodynamics of the human body and environmental conditions affecting comfort.

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Course Outcomes:

Upon completing this course, you will be able to:

🔹 Apply various thermodynamic laws to real-world processes and systems. 🔹 Calculate heat, work, and other properties for ideal gas processes. 🔹 Estimate the performance of thermodynamic cycles, including steam and vapor power cycles. 🔹 Assess the condition of steam in vapor power cycles and vapor compression cycles. 🔹 Evaluate the requirements for combustion and the performance of steam generators.

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What You'll Gain:

This course is designed to not only teach you the theoretical aspects of thermodynamics but also to provide you with the practical skills necessary to apply this knowledge in real-world scenarios. With a comprehensive curriculum, hands-on examples, and a wealth of resources, you'll emerge as a confident and competent engineer ready to tackle the challenges ahead. 🌟

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Enroll now and let's embark on this thermodynamic adventure together! 🎓💡

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Note: This course is structured for theoretical understanding with a focus on real-world application. It includes numerical treatments for specific topics, where relevant data will be provided to facilitate your learning experience. Get ready to dive deep into the world of Engineering Thermodynamics! 🤓