Канал: DR ZURRIATI MOHD ALI

Example 2: Laminar and Turbulent flow

Example 2: Laminar and Turbulent flow

Example 1: Laminar and Turbulent flow

Example 1: Laminar and Turbulent flow

Iman Ruqayyah_2UIAM_LAGU MERDEKA

Iman Ruqayyah_2UIAM_LAGU MERDEKA

TBAT TIPS AND TRICK Q2 PART 1(ii)

TBAT TIPS AND TRICK Q2 PART 1(ii)

TBAT - TIPS AND TRICK Q2 PART 1(I)

TBAT - TIPS AND TRICK Q2 PART 1(I)

TBAT - TIPS AND TRICK Q1 (PART 1_

TBAT - TIPS AND TRICK Q1 (PART 1_

TBAT - TIPS AND TRICK Q1 (PART 2)

TBAT - TIPS AND TRICK Q1 (PART 2)

CHAPTER 6 EXAMPLE OF DUAL COMBUSTION ENGINE

CHAPTER 6 EXAMPLE OF DUAL COMBUSTION ENGINE

CHAPTER 6 EXAMPLE OF DIESEL CYCLE (PART 2)

CHAPTER 6 EXAMPLE OF DIESEL CYCLE (PART 2)

CHAPTER 6 EXAMPLE OF DIESEL CYCLE (PART 1)

CHAPTER 6 EXAMPLE OF DIESEL CYCLE (PART 1)

CHAPTER 6 DIESEL CYCLE

CHAPTER 6 DIESEL CYCLE

CHAPTER 6 DUAL COMBUSTION CYCLE

CHAPTER 6 DUAL COMBUSTION CYCLE

CHAPTER 6 EXAMPLE OF OTTO CYCLE

CHAPTER 6 EXAMPLE OF OTTO CYCLE

CHAPTER 6 OTTO CYCLE

CHAPTER 6 OTTO CYCLE

CHAPTER 6 OVERVIEW OF RECIPROCATING ENGINE

CHAPTER 6 OVERVIEW OF RECIPROCATING ENGINE

THE BRAYTON CYCLE WITH REHEATING

THE BRAYTON CYCLE WITH REHEATING

EXAMPLE OF BRAYTON CYCLE WITH INTERCOOLING (PART 1)

EXAMPLE OF BRAYTON CYCLE WITH INTERCOOLING (PART 1)

EXAMPLE OF BRAYTON CYCLE WITH INTERCOOLING(PART 2)

EXAMPLE OF BRAYTON CYCLE WITH INTERCOOLING(PART 2)

THE BRAYTON CYCLE WITH INTERCOOLING

THE BRAYTON CYCLE WITH INTERCOOLING

CHAPTER 5 THE BRAYTON CYCLE WITH REGENERATION PART 2

CHAPTER 5 THE BRAYTON CYCLE WITH REGENERATION PART 2

CHAPTER 5 EXAMPLE OF THE BRAYTON CYCLE WITH REGENERATION

CHAPTER 5 EXAMPLE OF THE BRAYTON CYCLE WITH REGENERATION

CHAPTER 5 THE BRAYTON CYCLE WITH REGENERATION PART 1

CHAPTER 5 THE BRAYTON CYCLE WITH REGENERATION PART 1

CHAPTER 5 ACTUAL BRAYTON CYCLE WITH EXAMPLE

CHAPTER 5 ACTUAL BRAYTON CYCLE WITH EXAMPLE

CHAPTER 5: EXAMPLE OF IDEAL BRAYTON CYCLE

CHAPTER 5: EXAMPLE OF IDEAL BRAYTON CYCLE

CHAPTER 5 GAS POWER CYCLE_ IDEAL BRAYTON CYCLE (BACK WORK RATIO)

CHAPTER 5 GAS POWER CYCLE_ IDEAL BRAYTON CYCLE (BACK WORK RATIO)

CHAPTER 5 GAS POWER CYCLE (IDEAL BRAYTON CYCLE PART 2)

CHAPTER 5 GAS POWER CYCLE (IDEAL BRAYTON CYCLE PART 2)

CHAPTER 5 GAS POWER CYCLE IDEAL (BRAYTON CYCLE PART 1)

CHAPTER 5 GAS POWER CYCLE IDEAL (BRAYTON CYCLE PART 1)

CHAP 4 EXAMPLE OF REHEAT RANKINE CYCLE PART1

CHAP 4 EXAMPLE OF REHEAT RANKINE CYCLE PART1

CHAP 4 EXAMPLE OF REHEAT RANKINE CYCLE PART2

CHAP 4 EXAMPLE OF REHEAT RANKINE CYCLE PART2

CHAP 4 EXAMPLE OF REHEAT RANKINE CYCLE PART3

CHAP 4 EXAMPLE OF REHEAT RANKINE CYCLE PART3

CHAPTER 4: REHEAT RANKINE CYCLE

CHAPTER 4: REHEAT RANKINE CYCLE

CHAPTER 4 EXAMPLE IMPROVING PERFORMANCE OF RANKINE CYCLE (PART1

CHAPTER 4 EXAMPLE IMPROVING PERFORMANCE OF RANKINE CYCLE (PART1

CHAPTER 4 EXAMPLE IMPROVING PERFORMANCE OF RANKINE CYCLE (PART 3)

CHAPTER 4 EXAMPLE IMPROVING PERFORMANCE OF RANKINE CYCLE (PART 3)

CHAPTER 4 EXAMPLE IMPROVING PERFORMANCE OF RANKINE CYCLE (PART 2)

CHAPTER 4 EXAMPLE IMPROVING PERFORMANCE OF RANKINE CYCLE (PART 2)

CHAPTER 4: IMPROVING PERFORMANCE OF RANKINE CYCLE

CHAPTER 4: IMPROVING PERFORMANCE OF RANKINE CYCLE

EXAMPLE OF ACTUAL RANKINE CYCLE PART 2

EXAMPLE OF ACTUAL RANKINE CYCLE PART 2

EXAMPLE OF ACTUAL RANKINE CYCLE (PART 1)

EXAMPLE OF ACTUAL RANKINE CYCLE (PART 1)

CHAPTER 4 RANKINE CYCLE DEVIATION OF ACTUAL FROM IDEALIZED ONE

CHAPTER 4 RANKINE CYCLE DEVIATION OF ACTUAL FROM IDEALIZED ONE

EXAMPLE OF IDEAL RANKINE CYCLE (PART 2)

EXAMPLE OF IDEAL RANKINE CYCLE (PART 2)

EXAMPLE OF IDEAL RANKINE CYCLE (PART 1)

EXAMPLE OF IDEAL RANKINE CYCLE (PART 1)

CHAPTER 3 RANKINE CYCLE (PART 2.2)

CHAPTER 3 RANKINE CYCLE (PART 2.2)

CHAPTER 3 RANKINE CYCLE (PART 2.1)

CHAPTER 3 RANKINE CYCLE (PART 2.1)

CHAPTER 4 RANKINE CYCLE (PART 1)

CHAPTER 4 RANKINE CYCLE (PART 1)

EXAMPLE OF ISENTROPIC EFFICIENCY OF COMPRESSOR (STEAM)

EXAMPLE OF ISENTROPIC EFFICIENCY OF COMPRESSOR (STEAM)

EXAMPLE OF ISENTROPIC EFFICIENCY OF COMPRESSOR (AIR PART 2)

EXAMPLE OF ISENTROPIC EFFICIENCY OF COMPRESSOR (AIR PART 2)

EXAMPLE OF ISENTROPIC EFFICIENCY OF COMPRESSOR (AIR PART 1)

EXAMPLE OF ISENTROPIC EFFICIENCY OF COMPRESSOR (AIR PART 1)

CHAPTER 3 ISENTROPIC EFFICIENCY OF COMPRESSOR AND NOZZLE

CHAPTER 3 ISENTROPIC EFFICIENCY OF COMPRESSOR AND NOZZLE

Example of Isentropic Efficiency of Turbine (steam part2)

Example of Isentropic Efficiency of Turbine (steam part2)

Example of Isentropic Efficiency of Turbine (steam part1)

Example of Isentropic Efficiency of Turbine (steam part1)

Example of Isentropic Efficiency of Turbine (gas)

Example of Isentropic Efficiency of Turbine (gas)

CHAPTER 3 :ISENTROPIC EFFICIENCY OF TURBINE

CHAPTER 3 :ISENTROPIC EFFICIENCY OF TURBINE

CHAPTER 3 ENTROPY (WHAT IS FORMULA HIJAU)

CHAPTER 3 ENTROPY (WHAT IS FORMULA HIJAU)

CHAPTER 3 ENTROPY

CHAPTER 3 ENTROPY

CHAPTER 3 (REVERSIBLE AND IRREVERSIBLE PROCESS ,CARNOT CYCLE)

CHAPTER 3 (REVERSIBLE AND IRREVERSIBLE PROCESS ,CARNOT CYCLE)

CHAPTER 3-Thermal Energy Reservoirs and Heat Engine

CHAPTER 3-Thermal Energy Reservoirs and Heat Engine

CHAPTER 3 (2ND LAW OF THERMODYNAMICS)

CHAPTER 3 (2ND LAW OF THERMODYNAMICS)

SFEE Device (Throttling Valve)-with example

SFEE Device (Throttling Valve)-with example

Example of Turbine steam (part 2)

Example of Turbine steam (part 2)

Example of Turbine (air)

Example of Turbine (air)

Example of Turbine (steam part 1)

Example of Turbine (steam part 1)

Example of Compressor (steam)

Example of Compressor (steam)

Example of Compressor (Air)

Example of Compressor (Air)

SFEE DEVICE (COMPRESSOR AND TURBINE)

SFEE DEVICE (COMPRESSOR AND TURBINE)

Example of Nozzle (steam)

Example of Nozzle (steam)

Example of Nozzle (air- part 2)

Example of Nozzle (air- part 2)

Example of Nozzle (air -part 1)

Example of Nozzle (air -part 1)

SFEE DEVICES NOZZLE AND DIFFUSER

SFEE DEVICES NOZZLE AND DIFFUSER

Chapter 3 Flow Rate (Part 3)

Chapter 3 Flow Rate (Part 3)

Chapter 3 Fluid Flow (Part 2)

Chapter 3 Fluid Flow (Part 2)

Chapter 3 Flow Work (Part 1)

Chapter 3 Flow Work (Part 1)

CHAPTER3_ CONSERVATION OF MASS

CHAPTER3_ CONSERVATION OF MASS

Thermodynamic Process (Final Exam 2018)

Thermodynamic Process (Final Exam 2018)

THERMODYNAMICS PROCESS (EXAM 2017 )

THERMODYNAMICS PROCESS (EXAM 2017 )

THERMODYNAMICS PROCESS (2016)

THERMODYNAMICS PROCESS (2016)

THERMODYNAMICS PROCESS (2015 PART 2)

THERMODYNAMICS PROCESS (2015 PART 2)

THERMODYNAMICS PROCESS (2015 PART 1)

THERMODYNAMICS PROCESS (2015 PART 1)

EXAMPLE 7 POLYTROPIC PROCESS

EXAMPLE 7 POLYTROPIC PROCESS

Example 6 Isothermal Process

Example 6 Isothermal Process

POLYTROPIC PROCESS

POLYTROPIC PROCESS

ADIABATIC PROCESS

ADIABATIC PROCESS

ISOTHERMAL PROCESS

ISOTHERMAL PROCESS

ISOBARIC PROCESS

ISOBARIC PROCESS

ISOCHORIC PROCESS

ISOCHORIC PROCESS