Канал: MECHANICAL SCHOOL

Design Laboratory Experiment 1 - Free vibration of a spring mass system

Design Laboratory Experiment 1 - Free vibration of a spring mass system

FM LAB - VENTURIMETER EXPERIMENT

FM LAB - VENTURIMETER EXPERIMENT

FM LAB - ORIFICEMETER EXPERIMENT

FM LAB - ORIFICEMETER EXPERIMENT

problems on multistage air compression with clearance volume

problems on multistage air compression with clearance volume

Problems on multistage Reciprocating air compressor without clearance volume 2

Problems on multistage Reciprocating air compressor without clearance volume 2

problems on multistage reciprocating air compressor with out clearance volume 1

problems on multistage reciprocating air compressor with out clearance volume 1

Problems on single stage reciprocating air compressor with clearance volume 2

Problems on single stage reciprocating air compressor with clearance volume 2

Problems on single stage Reciprocating air compressor with clearance volume 1

Problems on single stage Reciprocating air compressor with clearance volume 1

Problems on single stage Reciprocating Air compressor with out clearance volume

Problems on single stage Reciprocating Air compressor with out clearance volume

Optimal condition for Minimal work in put in Multistage air compressor

Optimal condition for Minimal work in put in Multistage air compressor

FORCED CONVECTION - LEC7

FORCED CONVECTION - LEC7

Multistage compression advantages and analysis

Multistage compression advantages and analysis

FORCED CONVECTION - LEC6

FORCED CONVECTION - LEC6

FORCED CONVECTION - LEC5

FORCED CONVECTION - LEC5

Volumetric efficiency of Reciprocating air compressor

Volumetric efficiency of Reciprocating air compressor

Isothermal efficiency of a Reciprocating air compressor

Isothermal efficiency of a Reciprocating air compressor

Work done by reciprocating air compressor with and with out clearance volume

Work done by reciprocating air compressor with and with out clearance volume

Application of Steady flow energy equation to Reciprocating air Compressors

Application of Steady flow energy equation to Reciprocating air Compressors

Terminology used in the analysis of Reciprocating Air compressor

Terminology used in the analysis of Reciprocating Air compressor

Working principle of Reciprocating air Compressor

Working principle of Reciprocating air Compressor

FORCED CONVECTION - LEC4

FORCED CONVECTION - LEC4

FORCED CONVECTION - LEC3

FORCED CONVECTION - LEC3

FORCED CONVECTION - LEC2

FORCED CONVECTION - LEC2

FORCED CONVECTION - LEC1

FORCED CONVECTION - LEC1

Problems on Psychometric Mixing process 2

Problems on Psychometric Mixing process 2

Problems on Psychometric Mixing Process 1

Problems on Psychometric Mixing Process 1

Problems on Psychometric process 3

Problems on Psychometric process 3

Problems on Psychometric process 2

Problems on Psychometric process 2

Problems on Psychometric process 1

Problems on Psychometric process 1

Winter air conditioning systems

Winter air conditioning systems

Summer air conditioning systems

Summer air conditioning systems

Special Psychometric process

Special Psychometric process

General psychometric processes

General psychometric processes

Introduction to Psychometric charts

Introduction to Psychometric charts

Problems on Psychometric properties 3

Problems on Psychometric properties 3

Problems on Psychometric properties 2

Problems on Psychometric properties 2

Problems on physcrometrics properties 1

Problems on physcrometrics properties 1

DME2: JOURNAL BEARINGS -LEC 7

DME2: JOURNAL BEARINGS -LEC 7

DME2: JOURNAL BEARINGS -LEC 6

DME2: JOURNAL BEARINGS -LEC 6

DME2: JOURNAL BEARINGS -LEC 5

DME2: JOURNAL BEARINGS -LEC 5

DME2: JOURNAL BEARINGS -LEC 4

DME2: JOURNAL BEARINGS -LEC 4

DME2: JOURNAL BEARINGS-LEC 3

DME2: JOURNAL BEARINGS-LEC 3

DME2: BEARINGS - LEC 2

DME2: BEARINGS - LEC 2

Important terms and definitions related to psychometric

Important terms and definitions related to psychometric

Problems on Regenerative Rankine Cycle

Problems on Regenerative Rankine Cycle

Concepts for solving the problems on Regenerative Rankine power cycle

Concepts for solving the problems on Regenerative Rankine power cycle

DME2:- BEARINGS - LEC 1

DME2:- BEARINGS - LEC 1

DME2:- CLUTCHES LEC-7

DME2:- CLUTCHES LEC-7

DME2:- CLUTCHES LEC 6

DME2:- CLUTCHES LEC 6

DME2:- CLUTCHES LEC 5

DME2:- CLUTCHES LEC 5

HEAT TRANSFER: Heat exchanger - LEC 4

HEAT TRANSFER: Heat exchanger - LEC 4

HEAT TRANSFER: Heat exchanger - LEC 3.1

HEAT TRANSFER: Heat exchanger - LEC 3.1

HEAT TRANSFER: Heat exchanger - LEC 3

HEAT TRANSFER: Heat exchanger - LEC 3

Problems on Reheat Rankine cycle

Problems on Reheat Rankine cycle

DME2:- CLUTCHES- LEC 4

DME2:- CLUTCHES- LEC 4

DME2: - CLUTCHES- LEC 3

DME2: - CLUTCHES- LEC 3

DME2: CLUTCHES- LEC 2

DME2: CLUTCHES- LEC 2

DME2 : CLUTCHES - LEC 1

DME2 : CLUTCHES - LEC 1

Problems on Rankine Cycle 4

Problems on Rankine Cycle 4

Problems on Rankine and Carnot efficiency

Problems on Rankine and Carnot efficiency

Problems on Rankine cycle 2

Problems on Rankine cycle 2

Heat exchanger LEC 2 1

Heat exchanger LEC 2 1

Heat exchanger LEC 2

Heat exchanger LEC 2

Problems on Rankine cycle 1

Problems on Rankine cycle 1

Concepts of calculation of Enthapy Entropy and specific volume

Concepts of calculation of Enthapy Entropy and specific volume

Reheating Rankine Cycle

Reheating Rankine Cycle

Analysis of Regenerative vapour power cycle with multiple feed water heaters

Analysis of Regenerative vapour power cycle with multiple feed water heaters

Regenerative Rankine Vapour power cycle

Regenerative Rankine Vapour power cycle

WORM GEAR DME2 LEC 2

WORM GEAR DME2 LEC 2

WORM GEAR DME2 LEC 1

WORM GEAR DME2 LEC 1

Effect of various parameters on the Performance of Rankine Cycle

Effect of various parameters on the Performance of Rankine Cycle

Comparison between Rankine and Carnot cycle

Comparison between Rankine and Carnot cycle

Rankine Vapour power cycle

Rankine Vapour power cycle

Heat exchanger - HEAT TRANSFER - LEC 1

Heat exchanger - HEAT TRANSFER - LEC 1

HELICAL GEARS DME2 LEC 1

HELICAL GEARS DME2 LEC 1

Radiation Heat Transfer PROBLEMS LEC 1

Radiation Heat Transfer PROBLEMS LEC 1

Carnot Vapour power cycle

Carnot Vapour power cycle

Problems on Re-generator Brayton cycle

Problems on Re-generator Brayton cycle

SPUR GEARS DME2 LEC 2

SPUR GEARS DME2 LEC 2

TRANSIENT HEAT CONDUCTION PROBLEMS ON HEISLER CHARTS - Lec 2

TRANSIENT HEAT CONDUCTION PROBLEMS ON HEISLER CHARTS - Lec 2

SPUR GEARS DME2 - LEC 1

SPUR GEARS DME2 - LEC 1

Problems on Brayton cycle - 2

Problems on Brayton cycle - 2

Problems on V belt [General category of problems]

Problems on V belt [General category of problems]

TRANSIENT HEAT CONDUCTION-HEISLER CHARTS

TRANSIENT HEAT CONDUCTION-HEISLER CHARTS

TRANSIENT HEAT CONDUCTION

TRANSIENT HEAT CONDUCTION

Problems on Brayton cycle

Problems on Brayton cycle

Problem on V belts design and selection

Problem on V belts design and selection

Design procedure for V-belts

Design procedure for V-belts

BELT DRIVES - DESIGN OF MACHINE ELEMENTS 2

BELT DRIVES - DESIGN OF MACHINE ELEMENTS 2

Method of increasing efficiency of Brayton cycle : INTERCOOLING

Method of increasing efficiency of Brayton cycle : INTERCOOLING

Method of increasing efficiency of Brayton cycle : Regeneration

Method of increasing efficiency of Brayton cycle : Regeneration

Optimal pressure ratio of Actual Brayton cycle

Optimal pressure ratio of Actual Brayton cycle

Optimal pressure ratio of Ideal Brayton Cycle

Optimal pressure ratio of Ideal Brayton Cycle

Comparison between Actual and Ideal Brayton cycle

Comparison between Actual and Ideal Brayton cycle

Concept of calculation of Work done in Brayton cycle

Concept of calculation of Work done in Brayton cycle