Канал: Mechanical Engineering-যন্ত্রকৌশল

Career Opportunities in Private Sector || Nazmul Haque Busgeek || Jewel Haque Munshi

Career Opportunities in Private Sector || Nazmul Haque Busgeek || Jewel Haque Munshi

Engineering Drawing Hacks || Mechanical || New Engineering Students || BUET

Engineering Drawing Hacks || Mechanical || New Engineering Students || BUET

Job Preparation Suggestions ।। Mechanical ।। Job Coaching ।। Mentor ।। Exam-Batch

Job Preparation Suggestions ।। Mechanical ।। Job Coaching ।। Mentor ।। Exam-Batch

Non Tech. Preparation BUET Pattern নন-টেক প্রিপারেশন কীভাবে নিব?

Non Tech. Preparation BUET Pattern নন-টেক প্রিপারেশন কীভাবে নিব?

ম্যাকানিক্যাল জব প্রিপারেশনের সবচেয়ে ভালো বই কোনটি? Book Review for Mechanical Job Preparation

ম্যাকানিক্যাল জব প্রিপারেশনের সবচেয়ে ভালো বই কোনটি? Book Review for Mechanical Job Preparation

Dynamic Pedograph by Bi-BEAT

Dynamic Pedograph by Bi-BEAT

Petrobangla Question Solve 2024

Petrobangla Question Solve 2024

Petrobangla Question Solve 2024 ।। Petrobangla Combined Circular ।। Assistant Manager

Petrobangla Question Solve 2024 ।। Petrobangla Combined Circular ।। Assistant Manager

Petrobangla Solve2024

Petrobangla Solve2024

Petrobangla Question Pattern #petrobangla #education #review

Petrobangla Question Pattern #petrobangla #education #review

Petrobangla Preparation Guidelines ।। BUET Pattern ।। Petrobangla Job Webinar 2024

Petrobangla Preparation Guidelines ।। BUET Pattern ।। Petrobangla Job Webinar 2024

SFD BMD Drawing ।। Solid Mechanics ।। Strength of Materials

SFD BMD Drawing ।। Solid Mechanics ।। Strength of Materials

BPDB 2024 Question Solution ।। BUET Pattern

BPDB 2024 Question Solution ।। BUET Pattern

How to Prepare for Next PGCB exam. Career Webinar 2024 #pgcb #powersector #powergrid #preparation

How to Prepare for Next PGCB exam. Career Webinar 2024 #pgcb #powersector #powergrid #preparation

PUMP Working Basics & velocity triangle

PUMP Working Basics & velocity triangle

Happy Engineer's Day! #ieb #bangladesh #engineersday

Happy Engineer's Day! #ieb #bangladesh #engineersday

How to Crack BPDB Exam.?? BPDB Webinar 2024 #bpdb #buet

How to Crack BPDB Exam.?? BPDB Webinar 2024 #bpdb #buet

Get Touch with us #maths #engineering #mechanical

Get Touch with us #maths #engineering #mechanical

Life! Mechanical Engineering & Heat-Weave with Fun! #maths #engineering #heatwaves #fun

Life! Mechanical Engineering & Heat-Weave with Fun! #maths #engineering #heatwaves #fun

Which Perimeter is Larger? Cool Math. Problem #maths #cool #funny #fun #funnymath #puzzle

Which Perimeter is Larger? Cool Math. Problem #maths #cool #funny #fun #funnymath #puzzle

51.0.Thermodynamic Cycles: An Introduction

51.0.Thermodynamic Cycles: An Introduction

Interesting math. problem Find X= ? #math #fun #funnymath #interesting

Interesting math. problem Find X= ? #math #fun #funnymath #interesting

Eid Mubarak from MEkanika

Eid Mubarak from MEkanika

Eid Mubarok from MEkanika with Matlab Coding

Eid Mubarok from MEkanika with Matlab Coding

Significant Digits?? #mechanical #engineering

Significant Digits?? #mechanical #engineering

ফ্রিজ দিয়ে এসি!!? #engineering#mechanical #heatwaves #airconditioner #refrigerator

ফ্রিজ দিয়ে এসি!!? #engineering#mechanical #heatwaves #airconditioner #refrigerator

অস্থির গরমে ফ্রিজ দিয়ে এসির কাজ??😄

অস্থির গরমে ফ্রিজ দিয়ে এসির কাজ??😄

MEkanika- Mechanical Job Preparation Coaching Introduction

MEkanika- Mechanical Job Preparation Coaching Introduction

BMPT DU MS Admission Guideline ।। Biomedical Engineering ।। মাস্টার্স ।। ঢাবি । Physics

BMPT DU MS Admission Guideline ।। Biomedical Engineering ।। মাস্টার্স ।। ঢাবি । Physics

Centrifugal pump curve।।Pump selection ।। Characteristic Curve ।। Performance Curve

Centrifugal pump curve।।Pump selection ।। Characteristic Curve ।। Performance Curve

10.Pump-Fluid Machinery - Me Job Solution - Fluid mechanics

10.Pump-Fluid Machinery - Me Job Solution - Fluid mechanics

9.Turbine - Fluid Machinery - Me Job Solution - Fluid

9.Turbine - Fluid Machinery - Me Job Solution - Fluid

53.Diesel Cycle (Most Details & Comprehensive)

53.Diesel Cycle (Most Details & Comprehensive)

52.3.Derivation of Efficiency Formula for Otto Cycle

52.3.Derivation of Efficiency Formula for Otto Cycle

52.2. P-V & T-S Diagram of Otto cycle

52.2. P-V & T-S Diagram of Otto cycle

52.1.An Overview of Reciprocating (R/C) Engines

52.1.An Overview of Reciprocating (R/C) Engines

52.Otto Cycle in Details

52.Otto Cycle in Details

51.2.Air-Standard Cycle Assumptions

51.2.Air-Standard Cycle Assumptions

51.1.Carnot’s Cycle in Details

51.1.Carnot’s Cycle in Details

51.Gas Power Cycles, Carnot's Cycle And Air Standard Assumptions

51.Gas Power Cycles, Carnot's Cycle And Air Standard Assumptions

1.Power Plant - Variable Load Problem - BUET Pattern Mechanical Govt. Job Questions Solution

1.Power Plant - Variable Load Problem - BUET Pattern Mechanical Govt. Job Questions Solution

8. Open channel Flow- ME Job problem Solving - Fluid

8. Open channel Flow- ME Job problem Solving - Fluid

7.Compressible Flow - ME Job Problem Solving - Fluid

7.Compressible Flow - ME Job Problem Solving - Fluid

6.Viscous Flow - ME Job Problem Solving- Fluid

6.Viscous Flow - ME Job Problem Solving- Fluid

5.Bernoulli’s Equation- #mechanical #job Question Problem Solving- Fluid Mechanics

5.Bernoulli’s Equation- #mechanical #job Question Problem Solving- Fluid Mechanics

4.Fluid statics - Hydrostatic Force - ME Job Problem Solving- Fluid

4.Fluid statics - Hydrostatic Force - ME Job Problem Solving- Fluid

3.Manometry - ME Job problem Solving - Fluid

3.Manometry - ME Job problem Solving - Fluid

welcome to mechanical Engineering job solution

welcome to mechanical Engineering job solution

2.Pressure - ME Job Problem Solving - Fluid

2.Pressure - ME Job Problem Solving - Fluid

1.Viscosity ।। Mechanical Job Questions Solving - Fluid Mechanics

1.Viscosity ।। Mechanical Job Questions Solving - Fluid Mechanics

8.Orthographic Drawing Practice - Orthographic Projection - Mechanical Drawing Bangla

8.Orthographic Drawing Practice - Orthographic Projection - Mechanical Drawing Bangla

7.Isometric to Orthographic Drawing Practice - Orthographic Projection - Mechanical Drawing Bangla

7.Isometric to Orthographic Drawing Practice - Orthographic Projection - Mechanical Drawing Bangla

45.Thermodynamics Problem Solving#14: Evaluating Heat Pump Performance

45.Thermodynamics Problem Solving#14: Evaluating Heat Pump Performance

44.Thermodynamics Problem Solving#13: Evaluating Refrigerator Performance

44.Thermodynamics Problem Solving#13: Evaluating Refrigerator Performance

43.Thermodynamics Problem Solving#12: Evaluating Power Cycle Performance

43.Thermodynamics Problem Solving#12: Evaluating Power Cycle Performance

42.Thermodynamics Problem Solving#11: Evaluating the claim of a Power Cycle (Engine) Inventor

42.Thermodynamics Problem Solving#11: Evaluating the claim of a Power Cycle (Engine) Inventor

6.Isometric to Orthographic Drawing Practice - Orthographic Projection - Mechanical Engineering

6.Isometric to Orthographic Drawing Practice - Orthographic Projection - Mechanical Engineering

40.Carnot’s Principles, Carnot's Engine and Carnot's Reversible Cycle

40.Carnot’s Principles, Carnot's Engine and Carnot's Reversible Cycle

41.Thermodynamic Temperature Scale

41.Thermodynamic Temperature Scale

5.Orthographic Projection - Mechanical Engineering drawing - Technical drawing

5.Orthographic Projection - Mechanical Engineering drawing - Technical drawing

4.Where To Draw A Line? ( Engineering Drawing)

4.Where To Draw A Line? ( Engineering Drawing)

3.Drawing Standards & Dimensioning

3.Drawing Standards & Dimensioning

2.Projection Method in Engineering Drawing

2.Projection Method in Engineering Drawing

1.Introduction to Engineering Drawing

1.Introduction to Engineering Drawing

75.Fluid Problem Solving#44: Rotating Cylinder, Rigid Body Motion of Fluid

75.Fluid Problem Solving#44: Rotating Cylinder, Rigid Body Motion of Fluid

74.Fluid Problem Solving#43: Rotating Container (Coffee Mug), Rigid Body Motion of Fluid

74.Fluid Problem Solving#43: Rotating Container (Coffee Mug), Rigid Body Motion of Fluid

73.Fluid Problem Solving#42: Linearly Accelerated Water Tank

73.Fluid Problem Solving#42: Linearly Accelerated Water Tank

72.Fluid Problem Solving#41: spilling out of a coffee mug Having Linear Rigid Body Acceleration

72.Fluid Problem Solving#41: spilling out of a coffee mug Having Linear Rigid Body Acceleration

71.Fluid Problem Solving#40: Stability of an Equilateral Floating Triangle Body

71.Fluid Problem Solving#40: Stability of an Equilateral Floating Triangle Body

70.Fluid Problem Solving#39: Stability of a Floating Cone

70.Fluid Problem Solving#39: Stability of a Floating Cone

39.Reversible and Irreversible Processes

39.Reversible and Irreversible Processes

37.Equivalence of Kelvin-Plank and Clausius Statement (Second Law of Thermodynamics)

37.Equivalence of Kelvin-Plank and Clausius Statement (Second Law of Thermodynamics)

38.Perpetual Motion Machine, PMM1 and PMM2

38.Perpetual Motion Machine, PMM1 and PMM2

68.Rigid Body Motion of Fluid: Horizontally and Linearly Accelerating Containers

68.Rigid Body Motion of Fluid: Horizontally and Linearly Accelerating Containers

69.Rigid Body Motion of Fluid: Rotating Containers

69.Rigid Body Motion of Fluid: Rotating Containers

36.Refrigerator, Heat Pump, Air Conditioning System, Coefficient of Performance COP, EER, SEER

36.Refrigerator, Heat Pump, Air Conditioning System, Coefficient of Performance COP, EER, SEER

35.Heat Engine, Efficiency and Kelvin-Plank Statement of Second Law of Thermodynamics

35.Heat Engine, Efficiency and Kelvin-Plank Statement of Second Law of Thermodynamics

33.Second Law of Thermodynamics: Introduction

33.Second Law of Thermodynamics: Introduction

34.Thermal Energy Reservoir (Second Law)

34.Thermal Energy Reservoir (Second Law)

67.Fluid Problem Solving#38: Buoyancy and Floating ratio in a two fluid system

67.Fluid Problem Solving#38: Buoyancy and Floating ratio in a two fluid system

96.SM Problem Solving#55: Maximum Allowable Load for Flexure Stress

96.SM Problem Solving#55: Maximum Allowable Load for Flexure Stress

95.SM Problem Solving#54: Maximum Allowable Load for Flexure Stress

95.SM Problem Solving#54: Maximum Allowable Load for Flexure Stress

66.Fluid Problem Solving#37: Stability of Floating Body

66.Fluid Problem Solving#37: Stability of Floating Body

42.Statics Problem Solving#26: Equivalent Force-Couple System

42.Statics Problem Solving#26: Equivalent Force-Couple System

41.Statics Problem Solving#25: Equivalent Force-Couple System

41.Statics Problem Solving#25: Equivalent Force-Couple System

40.Statics Problem Solving#24: Equivalent Force and Location

40.Statics Problem Solving#24: Equivalent Force and Location

38.Statics Problem Solving#22: determining the location of the rivet hole of a machine part

38.Statics Problem Solving#22: determining the location of the rivet hole of a machine part

39.Statics Problem Solving#23: determining the location of the rivet hole of a machine part

39.Statics Problem Solving#23: determining the location of the rivet hole of a machine part

65.Fluid Problem Solving#36: Floating angle and Buoyancy Force

65.Fluid Problem Solving#36: Floating angle and Buoyancy Force

64.Fluid Problem Solving#36: Buoyancy Force and Specific Gravity of a wooden rod

64.Fluid Problem Solving#36: Buoyancy Force and Specific Gravity of a wooden rod

37.Statics Problem Solving#21: Resultant of Rigid Body Force System and Location

37.Statics Problem Solving#21: Resultant of Rigid Body Force System and Location

36.Statics Problem Solving#20:Equivalent System of Forces, Equivalent Force-Couple System

36.Statics Problem Solving#20:Equivalent System of Forces, Equivalent Force-Couple System

35.Statics Problem Solving#19: Moment of a Force about an Axis

35.Statics Problem Solving#19: Moment of a Force about an Axis

63.Fluid Problem Solving#35: Buoyancy Force on a wooden rod

63.Fluid Problem Solving#35: Buoyancy Force on a wooden rod

32.Thermodynamics Problem Solving#10: Evaluating Performance of a Power Plant Condenser

32.Thermodynamics Problem Solving#10: Evaluating Performance of a Power Plant Condenser

31.Thermodynamics Problem Solving#09: Analyzing a Pump System by first law (CV)

31.Thermodynamics Problem Solving#09: Analyzing a Pump System by first law (CV)

30.Thermodynamics Problem Solving#08: Evaluating Performance of a Power Plant Condenser

30.Thermodynamics Problem Solving#08: Evaluating Performance of a Power Plant Condenser

29.Thermodynamics Problem Solving#07: Analyzing a Pump System

29.Thermodynamics Problem Solving#07: Analyzing a Pump System

28.Thermodynamics Problem Solving#06: Calculating Compressor Power by First law of Thermodynamics

28.Thermodynamics Problem Solving#06: Calculating Compressor Power by First law of Thermodynamics

27.Thermodynamics Problem Solving#05: Calculating Heat Transfer/Loss from a Steam Turbine

27.Thermodynamics Problem Solving#05: Calculating Heat Transfer/Loss from a Steam Turbine

62.Fluid Problem Solving#34: Stability of Floating Body

62.Fluid Problem Solving#34: Stability of Floating Body

26.Thermodynamics Problem Solving#04: First Law of Thermodynamics (mass conservation)

26.Thermodynamics Problem Solving#04: First Law of Thermodynamics (mass conservation)

25.Thermodynamics Problem Solving#03: First Law of Thermodynamics (mass conservation)

25.Thermodynamics Problem Solving#03: First Law of Thermodynamics (mass conservation)

61.Stability of Floating Bodies

61.Stability of Floating Bodies

60.Stability of Submerged/Immerged Body

60.Stability of Submerged/Immerged Body

24.Steady Flow Processes for Engineering Devices (Nozzle-Diffuser, Turbine-Compressor-Pump, etc.)

24.Steady Flow Processes for Engineering Devices (Nozzle-Diffuser, Turbine-Compressor-Pump, etc.)

59.Buoyancy and stability

59.Buoyancy and stability

34.Statics Problem Solving#18: Moment about a Point

34.Statics Problem Solving#18: Moment about a Point

33.Statics Problem Solving#17: Angle between two Vectors

33.Statics Problem Solving#17: Angle between two Vectors

22.Steady-State Energy Equation First Law of Thermodynamics for Control Volume Approach(open System)

22.Steady-State Energy Equation First Law of Thermodynamics for Control Volume Approach(open System)

23.Bernoulli’s Equation from Steady Flow Energy Equation

23.Bernoulli’s Equation from Steady Flow Energy Equation

32.Statics Problem Solving#16: Moment about a Point

32.Statics Problem Solving#16: Moment about a Point

58.Fluid Problem Solving#33:Hydrostatic Forces on Curved Surface

58.Fluid Problem Solving#33:Hydrostatic Forces on Curved Surface

57.Fluid Problem Solving#32:Hydrostatic Forces on Curved Surface

57.Fluid Problem Solving#32:Hydrostatic Forces on Curved Surface

56.Fluid Problem Solving#31:Hydrostatic Forces on Curved Surface

56.Fluid Problem Solving#31:Hydrostatic Forces on Curved Surface

55.Fluid Problem Solving#30:Hydrostatic Forces on Curved Surface

55.Fluid Problem Solving#30:Hydrostatic Forces on Curved Surface

54.Fluid Problem Solving#29:Hydrostatic Forces on Curved Surface

54.Fluid Problem Solving#29:Hydrostatic Forces on Curved Surface

53.Fluid Problem Solving#28:Hydrostatic Forces on Plane Surface

53.Fluid Problem Solving#28:Hydrostatic Forces on Plane Surface

52.Fluid Problem Solving#27:Hydrostatic Forces on Plane Surface

52.Fluid Problem Solving#27:Hydrostatic Forces on Plane Surface

51.Fluid Problem Solving#26:Hydrostatic Forces on Surface/Plane

51.Fluid Problem Solving#26:Hydrostatic Forces on Surface/Plane

50.Fluid Problem Solving#25:Hydrostatic Forces on Submerged Surface/Plane

50.Fluid Problem Solving#25:Hydrostatic Forces on Submerged Surface/Plane

94.SM Problem Solving#53: Flexure Stress

94.SM Problem Solving#53: Flexure Stress

93.SM Problem Solving#52: Flexure Stress

93.SM Problem Solving#52: Flexure Stress

92.SM Problem Solving#51: Flexure Stress

92.SM Problem Solving#51: Flexure Stress

31.Couples And Force-couple Systems: Resolution of a Given Force into a Force at O and a Couple

31.Couples And Force-couple Systems: Resolution of a Given Force into a Force at O and a Couple

30.Scalar/Dot Products, Mixed Triple Products and Moment of a Force about a Given Axis

30.Scalar/Dot Products, Mixed Triple Products and Moment of a Force about a Given Axis

29.Varignon’s Theorem & Rectangular Components of theMoment of a Force

29.Varignon’s Theorem & Rectangular Components of theMoment of a Force

28.MOMENT Of A Force About A Point

28.MOMENT Of A Force About A Point

21.Specific Heat and First Law of Thermodynamic

21.Specific Heat and First Law of Thermodynamic

20.Enthalpy (A thermodynamic Property) and First Law of Thermodynamics

20.Enthalpy (A thermodynamic Property) and First Law of Thermodynamics

1.Introduction to Heat and Mass Transfer

1.Introduction to Heat and Mass Transfer

91.Distribution of Shearing Stress in Beams

91.Distribution of Shearing Stress in Beams

90.Relation Between Vertical and Horizontal Shear Stress

90.Relation Between Vertical and Horizontal Shear Stress

89.Derivation of Formula for Horizontal Shearing Stress/Shear Stress

89.Derivation of Formula for Horizontal Shearing Stress/Shear Stress

88.Calculation of Bending Stress by Analytical Method and Checking against Flexure Formula

88.Calculation of Bending Stress by Analytical Method and Checking against Flexure Formula

87.Stress Distribution on a Cross Section of a Beam

87.Stress Distribution on a Cross Section of a Beam

86.Section Modulus for Different Standard Beam Cross Section

86.Section Modulus for Different Standard Beam Cross Section

85.Derivation Of Flexure Stress Formula/Flexure Formula

85.Derivation Of Flexure Stress Formula/Flexure Formula

84.Stresses in Beams and Assumptions for Derivation of Flexure Formula

84.Stresses in Beams and Assumptions for Derivation of Flexure Formula

19.Internal Energy: A Thermodynamic Property and First Law of Thermodynamics

19.Internal Energy: A Thermodynamic Property and First Law of Thermodynamics

18.First Law of Thermodynamics

18.First Law of Thermodynamics

17.Different Kind of Energy: Displacement, Paddle wheel/Stirrer, Flow and Shaft Work

17.Different Kind of Energy: Displacement, Paddle wheel/Stirrer, Flow and Shaft Work

83.Load & Bending Moment Diagram from Shear Force Diagram

83.Load & Bending Moment Diagram from Shear Force Diagram

48.Hydrostatic Forces on Curved Surface/Plane

48.Hydrostatic Forces on Curved Surface/Plane

49.Fluid Problem Solving#24:Hydrostatic Forces on Curved Surface/Plane

49.Fluid Problem Solving#24:Hydrostatic Forces on Curved Surface/Plane

47.Fluid Problem Solving#23:Hydrostatic Forces On Inclined Submerged Planes

47.Fluid Problem Solving#23:Hydrostatic Forces On Inclined Submerged Planes

46.Fluid Problem Solving#22:Hydrostatic Forces On Inclined Submerged Planes

46.Fluid Problem Solving#22:Hydrostatic Forces On Inclined Submerged Planes

Firing Order of Internal Combustion Engine in Bangla (ফায়ারিং অর্ডার)

Firing Order of Internal Combustion Engine in Bangla (ফায়ারিং অর্ডার)

82.SFD & BMD Shear and Bending Moment Diagram of a Beam having inclined load

82.SFD & BMD Shear and Bending Moment Diagram of a Beam having inclined load

80.SFD & BMD Shear and Bending Moment Diagram problems in Bangla বাংলা

80.SFD & BMD Shear and Bending Moment Diagram problems in Bangla বাংলা

81.SFD & BMD Shear and Bending Moment Diagram

81.SFD & BMD Shear and Bending Moment Diagram

79. SFD & BMD Shear and Bending Moment Diagram Subjected to Moment

79. SFD & BMD Shear and Bending Moment Diagram Subjected to Moment

44.Hydrostatic Forces On Inclined Surface (Immersed)

44.Hydrostatic Forces On Inclined Surface (Immersed)

43.Hydrostatic Forces On Vertically Immersed Surface

43.Hydrostatic Forces On Vertically Immersed Surface

45.Hydrostatic Forces on Curved Surfaces

45.Hydrostatic Forces on Curved Surfaces

42.Hydrostatic Force On Horizontally Immersed Surface

42.Hydrostatic Force On Horizontally Immersed Surface

78.SFD & BMD Shear and Bending Moment Diagram Problem for Triangular load & Solution in #bangla

78.SFD & BMD Shear and Bending Moment Diagram Problem for Triangular load & Solution in #bangla

77. SFD & BMD Shear and Bending Moment Diagram Bangla

77. SFD & BMD Shear and Bending Moment Diagram Bangla

76.SFD & BMD Shear and Bending Moment Diagram for Point Moment Bangla #43

76.SFD & BMD Shear and Bending Moment Diagram for Point Moment Bangla #43

74. SFD & BMD Shear and Bending Moment Diagram for Distributed load

74. SFD & BMD Shear and Bending Moment Diagram for Distributed load

75.SFD & BMD Shear and Bending Moment Diagram for Triangular load Bangla

75.SFD & BMD Shear and Bending Moment Diagram for Triangular load Bangla

72. SFD & BMD Shear and Bending Moment Diagram

72. SFD & BMD Shear and Bending Moment Diagram

73. SFD & BMD Shear and Bending Moment Diagram Practice

73. SFD & BMD Shear and Bending Moment Diagram Practice

41.Fluid Problem Solving#21: Inclined Manometer

41.Fluid Problem Solving#21: Inclined Manometer

71.SFD & BMD Shear and Bending Moment Diagram

71.SFD & BMD Shear and Bending Moment Diagram

70. SFD & BMD Shear and Bending Moment Diagram

70. SFD & BMD Shear and Bending Moment Diagram

27.Vector Products Expressed In Terms Of Rectangular Components

27.Vector Products Expressed In Terms Of Rectangular Components

25.Principle Of Transmissibility and Equivalent Forces

25.Principle Of Transmissibility and Equivalent Forces

26.Vector Product Of Two Vectors

26.Vector Product Of Two Vectors

24.Rigid Bodies: Equivalent Systems of Forces (Introduction)

24.Rigid Bodies: Equivalent Systems of Forces (Introduction)

68. SFD & BMD Shear and Bending Moment Diagram for Distributed Loading

68. SFD & BMD Shear and Bending Moment Diagram for Distributed Loading

69. SFD & BMD Shear and Bending Moment Diagram and Equation

69. SFD & BMD Shear and Bending Moment Diagram and Equation

40.Inclined Tube Manometer and Its Sensitivity

40.Inclined Tube Manometer and Its Sensitivity

39.Fluid Problem Solving#20: Manometer

39.Fluid Problem Solving#20: Manometer

38.Fluid Problem Solving#19: Manometer

38.Fluid Problem Solving#19: Manometer

37.Fluid Problem Solving#18: Manometer

37.Fluid Problem Solving#18: Manometer

36.Fluid Problem Solving#17: Manometer

36.Fluid Problem Solving#17: Manometer

35.Fluid Problem Solving#16: Manometer

35.Fluid Problem Solving#16: Manometer

34.Fluid Problem Solving#15: Manometer

34.Fluid Problem Solving#15: Manometer

33.Fluid Problem Solving#14: Manometer

33.Fluid Problem Solving#14: Manometer

67. SFD & BMD Drawing Steps Load, Shear & Bending Moment Diagram (Drawing Steps)

67. SFD & BMD Drawing Steps Load, Shear & Bending Moment Diagram (Drawing Steps)

66.Beam: Load, Shear Force & Bending Moment Relations

66.Beam: Load, Shear Force & Bending Moment Relations

65.Shear & Bending Moment

65.Shear & Bending Moment

64.Types of Beams

64.Types of Beams

63.Types of Loadings in Beam

63.Types of Loadings in Beam

32.Understanding Gauge, Absolute & Vacuum Pressure

32.Understanding Gauge, Absolute & Vacuum Pressure

31.Manometry: Fluid Pressure Measurement

31.Manometry: Fluid Pressure Measurement

30.Fluids at Rest

30.Fluids at Rest

62.Beam: Supports & Reactions

62.Beam: Supports & Reactions

61.Beam:Introduction

61.Beam:Introduction

29. Pressure Variation In A Fluid Body

29. Pressure Variation In A Fluid Body

28.Pressure at A Point in Fluid

28.Pressure at A Point in Fluid

27.Fluid Statics: Introduction

27.Fluid Statics: Introduction

25.Fluid Problem Solving#12: Surface Tension

25.Fluid Problem Solving#12: Surface Tension

26.Fluid Problem Solving#13: Capillarity (Surface Tension)

26.Fluid Problem Solving#13: Capillarity (Surface Tension)

24.Fluid Problem Solving#11: Surface Tension

24.Fluid Problem Solving#11: Surface Tension

23.Fluid Problem Solving#10: Surface Tension

23.Fluid Problem Solving#10: Surface Tension

59.SM Problem Solving#33:Helical Spring

59.SM Problem Solving#33:Helical Spring

60.SM Problem Solving#34:Helical Spring

60.SM Problem Solving#34:Helical Spring

58.SM Problem Solving#32:Helical Spring

58.SM Problem Solving#32:Helical Spring