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A state variable is a characteristic of a system that depends only on the system's current equilibrium state and does not take into account how the system arrived to that state, along with this the video explains the types of  equilibrium and state postulate concepts.

Introduction to the macroscopic description of matter 

This video explains the basics of thermodynamics, right from the concepts of atoms and moles with the help of an example problem to the concept of thermal energy of systemin thermodynamics.

Atoms, Moles and Thermal Energy System

A theoretical gas known as an ideal gas is composed of several randomly moving point particles and is not affected by interparticle interactions. This video explains the concept of ideal gas and process with the help of examples.

Introduction to Ideal Gas

The ratio of the actual volume to the volume predicted by the ideal gas law at a specific temperature and pressure is known as the compressibility factor. In this video, we will learn about the compressibility factor in detail, along with certain gas properties like enthalpy and the saturated liquid and saturated vapor state with the help of some examples.

Compressibility factor and Gas properties

Energy in general is defined as the ability to do work. In this video, we will discuss energy, work kinetic energy theorem, work in an ideal gas process, and Iso thermal process.

Introduction to the concept of Energy and Work kinetic energy theorem

There are three mechanisms for heat transfer. They are conduction, convection and radiation. This concept will be explained in this video.

Introduction to heat mechanisms 

The first law of thermodynamics states that heat can neither be created nor destroyed, it can only be converted from one form to another. The first laws of thermodynamics along with Isochoric, isothermal, and Adiabatic processes are discussed in this video.

Introduction to 1st Law of Thermodynamics

Useful energy output divided by energy input is known as energy conversion efficiency. This concept and some example problems related to the first laws of thermodynamics is covered in this video.

Energy Conversion efficiency 

The concepts related to the efficiency of mechanical and electrical devices are covered in this video.

Efficiencies of Mechanical and Electrical devices 

Environment on a regular basis gets affected because of our energy usage and conversion. The effects of ozone and smog,acid rain, and greenhouse effect are explained in this video.

Energy and environment

Through the flow of heat and work, a closed system can exchange energy with its surroundings. Energy balance for closed systems is explained in this video.

Introduction to energy closed systems and control volumes

Specific heat, the quantity of heat required to raise the temperature of one gram of a substance by one Celsius degree, the relationship between Cp, Cv, and R, derivation of internal energy and enthalpy are explained with the help of an example.

Specific heat, Internal energy, and Enthalpy

This video provides a detailed explanation of the concepts of conservation of mass.

Conservation of mass

Energy in fluid is the energy that a liquid particle possesses as a result of its pressure. Energy transport by mass along with the energy in fluid concept is explained with some examples in this video.

Energy Transportation

The engineering devices such as nozzles, compressor or pump are explained in detailed along with certain example problems.

Engineering devices

Flow resisting devices such as throttle valve, then the mixing chamber and heat exchanger are explained in this video in detail.

Flow resisting devices

A body having a particularly high thermal capacity is referred to as a thermal energy reservoir. The ability to deliver or receive enormous amounts of thermal energy without experiencing any temperature change makes a thermal energy reservoir stand out along with this the concept of heat engine and thermal efficiency are explained in this video.

Introduction to 2nd law of thermodynamics

This video explains various concepts related to refrigerators, heat pumps, Kelvin Planks, and Clausius statements.

Refrigerator Heat pumps

The motion of bodies that lasts forever in an unaltered system is referred to as perpetual motion, Perpetual motion machine and 2nd law of thermodynamics are explained in this video.

Perpetual motion machine

The concept of entropy is explained with the help of example problems and along with this the Clausius inequality is explained.

Introduction to concepts of entropy

Entropy of a gas or any other fluid does not change during the isentropic process, which is a thermodynamic process. This concept is explained with the help of an example problem in this video.

Isentropic Process

This video in general explains the concept of entropy, Maxwell's relation, and entropy of liquid and solid in detail. 

Entropy of Liquids and Solids

The concept entropy of ideal gas, the Isentropic process of an ideal gas are explained with the help of an example in this video of the course.

Ideal gas - entropy, isentropic

A Carnot cycle is defined as an ideal reversible closed thermodynamic cycle, along with this the thermal efficiency of Carnot engine in discussed in this video.

Introduction to Rankine's cycle

The mechanism by which some heat engines, such as steam turbines or reciprocating steam engines, permit mechanical work to be extracted from a fluid as it flows between a heat source and a heat sink is described by the Rankine cycle, an idealized thermodynamic cycle. An ideal Rankine cycle's  analysis is explained in this video.

Ideal Rankine's cycle

This video explains the example problems related to the previously discussed topics

Sample Problems - Part 1

The techniques for increasing the efficiency of the Rankine's cycle is discussed in this video.

The Efficiency of the Rankine's cycle

Sample Problems - Part 2

Sample Problems - Part 3

To lower the moisture content at the turbine exit, a reheat procedure is taken into consideration for a straightforward Rankine's cycle, the same is discussed in detail in this course.

Introduction to Regenerative Rankine's cycle - Part 1

Introduction to Regenerative Rankine's cycle - Part 2

Cogeneration system uses one primary energy source to simultaneously generate heat and electricity in a single facility, resulting in a higher energy output than would be achievable with two independent production sources. This concept along with example problems are explained in this video.

Introduction to Cogeneration

This video explains the concepts related to reversed Carnot cycle, ideal Vapour compression refrigeration cycle along with example problems.

Introduction to Ideal Refrigeration and Heat Pump

This video helps us understand the concepts of refrigerant, Cascade refrigeration system, and some problems related to the same.

Selection of Right Refrigerant

The concepts of multistage compression refrigeration system along with numerical examples are discussed in this video.

Multiage compression refrigeration system

The basic air standard assumptions, otto cycles and thermal efficiencies of otto cycles are explained in detail in this video.

Introduction to Ideal gas power cycle

This video explains the example problems related to the previously discussed topics.

Sample Problems - Part 4

The concept of diesel cycle compression at the ignition stage is clearly explained in this video with the help of an example problem.

Diesel cycle compression

Sterling cycle is a cycle that involves an isothermal heat addition/rejection process and isometric process that internally regenerates heat. This cycle and some example problems are explained in this video.

Sterling and Ercission cycle

The operation of various heat engines that use air or other gas as their working fluid is described by the Brayton cycle, a thermodynamic cycle. The Brayton cycle along with its thermal efficiency is explained in this video.

Introduction to the ideal Brayton cycle

As a continuation to the previous video, thermal efficiency of the Brayton's cycle with regeneration is explained in this video.

Brayton's cycle with regeneration

This video covers concepts related to jet propulsion cycle, then the turbofan engine, Ramjet engine, and scramjet engine

Jet propulsion cycle

As an expanding fluid passes through the differential pressure flowmeter, the isentropic exponent (), a thermodynamic parameter, determines the relationship between the fluid's pressure and density. Isentropic efficiencies of turbines with numerical examples are covered in this video.

Introduction to Isentropic Efficiencies

This video explains the concepts related to isentropic efficiencies of the compressor and pump.

Intropic efficiencies

As an expanding fluid passes through the differential pressure flowmeter, the isentropic exponent, a thermodynamic parameter, determines the relationship between the fluid's pressure and density. Along with the non-sentropic concepts, the actual Rankine cycle is also explained.

Non-Isentopic and Actual Cycle

This video explains in detail the concept of the actual refrigerant cycle along with an example related to it.

Actual refrigerant cycle

The concept of the actual Baytron cycle and combine cycle is explained in detail with examples. Along with this the summary of the week is explained in this video.

Actual Baytron cycle

Physical constant R known as the gas constant is measured in terms of units of energy per degree of temperature increment per mole, along with this the molar mass of a mixture and  PVT behavior of gas mixture is discussed in this video.

Introduction to gas mixtures

The combined pressure of the gases is equal to the sum of the individual pressures of each gas. The concepts related to ideal and real gas mixture is explained in this video.

Gas mixture - Real and Ideal

This video explains the properties of the gas mixture along with a brief summary for the whole week. 

Properties of gas mixture

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In this course, learn about Foundations of Thermodynamics and its Industrial Applications, Get to know the Specifications and Standardizations in Thermodynamics, and Learn more about its Industrial Applications- Skill-Lync

In this course, learn about Foundations of Thermodynamics and its Industrial Applications, Get to know the Specifications and Standardizations of Thermodynamics and Learn more about its Industrial Applications- Skill-Lync

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