Parmod Kumar

Лекция 41: Численные задачи по зимнему кондиционированию воздуха и обсуждение систем кондициониро...

Лекция 41: Численные задачи по зимнему кондиционированию воздуха и обсуждение систем кондициониро...
Lecture 40: Numerical Problems on Summer Air-Conditioning & Introduction to Winter Air-Conditioning

Lecture 40: Numerical Problems on Summer Air-Conditioning & Introduction to Winter Air-Conditioning
Lecture 39: Air-Conditioning System for Operation Theaters, ICUs & Incubators and Numerical Problems

Lecture 39: Air-Conditioning System for Operation Theaters, ICUs & Incubators and Numerical Problems
Lecture 38: Air-Conditioning for High Latent Cooling Load using Modified ESHF & Numerical Problem

Lecture 38: Air-Conditioning for High Latent Cooling Load using Modified ESHF & Numerical Problem
Lecture 37: Problems on Summer Air Conditioning with Ventilation & By-pass Factor using ERSHF Method

Lecture 37: Problems on Summer Air Conditioning with Ventilation & By-pass Factor using ERSHF Method
Lecture 36: Numerical Problems on Summer Air-Conditioning System with and without Ventilation

Lecture 36: Numerical Problems on Summer Air-Conditioning System with and without Ventilation
Lecture 35: Summer Air-Conditioning System with Ventilation and Zero & Finite Bypass Factor

Lecture 35: Summer Air-Conditioning System with Ventilation and Zero & Finite Bypass Factor
Lecture 34: Straight Line Law, Apparatus Dew Point Temperature & Simple Air-Conditioning System

Lecture 34: Straight Line Law, Apparatus Dew Point Temperature & Simple Air-Conditioning System
Lecture 33: Psychrometric Processes using Air Washer and Comparison of Air Washer with Cooling Tower

Lecture 33: Psychrometric Processes using Air Washer and Comparison of Air Washer with Cooling Tower
Lecture 32: Numerical Problems on Psychrometric Processes including Condensation of Water Vapor

Lecture 32: Numerical Problems on Psychrometric Processes including Condensation of Water Vapor
Lecture 31: Adiabatic Mixing of Moist Air Streams with & without Condensation and Numerical Problems

Lecture 31: Adiabatic Mixing of Moist Air Streams with & without Condensation and Numerical Problems
Lecture 30: Psychometric Processes: Heating, Humidification, and Sensible Heat Factor (SHF)

Lecture 30: Psychometric Processes: Heating, Humidification, and Sensible Heat Factor (SHF)
Lecture 29: Properties of Moist Air and Construction of Psychrometric Charts

Lecture 29: Properties of Moist Air and Construction of Psychrometric Charts
Lecture 28: Psychrometry: Enthalpy of Moist Air, Specific & Relative Humidity & Wet Bulb Temperature

Lecture 28: Psychrometry: Enthalpy of Moist Air, Specific & Relative Humidity & Wet Bulb Temperature
Lecture 27: Amagat-Leduc's Law, Dalton's Law and Thermodynamic Characteristics of Moist Air

Lecture 27: Amagat-Leduc's Law, Dalton's Law and Thermodynamic Characteristics of Moist Air
Lecture 25: Generator-cum-Analyzer, Platen-Munters System and Properties of Refrigerant & Absorbent

Lecture 25: Generator-cum-Analyzer, Platen-Munters System and Properties of Refrigerant & Absorbent
Lecture 24: Drawbacks of Water in Evaporator, Ammonia Enrichment using Dephlegmator & Rectifier

Lecture 24: Drawbacks of Water in Evaporator, Ammonia Enrichment using Dephlegmator & Rectifier
Lecture 23: Numerical Problems on Ammonia-Water Vapor Absorption Refrigeration Systems (h-x Diagram)

Lecture 23: Numerical Problems on Ammonia-Water Vapor Absorption Refrigeration Systems (h-x Diagram)
Lecture 22: Enthalpy-Composition Diagram: Cooling Separation and Throttling Processes for Mixtures

Lecture 22: Enthalpy-Composition Diagram: Cooling Separation and Throttling Processes for Mixtures
Lecture 21: Enthalpy-Composition Diagram, Adiabatic Mixing, and Heating and Separation Processes

Lecture 21: Enthalpy-Composition Diagram, Adiabatic Mixing, and Heating and Separation Processes
Lecture 20: Raoult's Law, Ideal vs Non-Ideal Mixtures, Temperature-Composition Diagram for Solutions

Lecture 20: Raoult's Law, Ideal vs Non-Ideal Mixtures, Temperature-Composition Diagram for Solutions
Lecture 19: Vapour Absorption Refrigeration System (VARS): Introduction through Ammonia-Water Cycle

Lecture 19: Vapour Absorption Refrigeration System (VARS): Introduction through Ammonia-Water Cycle
Lecture 18: Numerical Problems on Multievaporators with Two Stage Compression and Cascade Cycles

Lecture 18: Numerical Problems on Multievaporators with Two Stage Compression and Cascade Cycles
Lecture 17: Problems on Multicompression System with Flash Chamber, Water and Flash Intercooler

Lecture 17: Problems on Multicompression System with Flash Chamber, Water and Flash Intercooler
Lecture 16: Multievaporator System with Two Compressors and Cascade Refrigeration Systems

Lecture 16: Multievaporator System with Two Compressors and Cascade Refrigeration Systems
Lecture 15: Multistage Compression using Liquid Subcooler, Water Intercooler and Flash Intercooler

Lecture 15: Multistage Compression using Liquid Subcooler, Water Intercooler and Flash Intercooler
Lecture 14: Multistage Compression with Flash Chamber, Water Intercooler and Flash Intercooler

Lecture 14: Multistage Compression with Flash Chamber, Water Intercooler and Flash Intercooler
Lecture 13: Need for Multistage Cycles, Flash Chamber, Intercooler and Flash Chamber as Intercooler

Lecture 13: Need for Multistage Cycles, Flash Chamber, Intercooler and Flash Chamber as Intercooler
Lecture 12: Effect of Superheating on COP, Compressor Work & Pull-Down Period and Actual SSS Cycle

Lecture 12: Effect of Superheating on COP, Compressor Work & Pull-Down Period and Actual SSS Cycle
Lecture 11: Effect of Subcooling, Superheating, Evaporator and Condenser Temperatures on SSS Cycle

Lecture 11: Effect of Subcooling, Superheating, Evaporator and Condenser Temperatures on SSS Cycle