The Mechanical Engineering Handbook
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Calculators
Material Properties
Unit Conversion
Useful Resources
Glossary
Control & Electrical
Fluid Dynamics
Geometric
Material Properties
Structural Mechanics
Thermodynamics
Control Theory
Electrical
Buoyancy-Driven Flow & Natural Ventilation
Compressible Flow
Dimensionless Numbers
Incompressible Flow
Propeller Theory
2D
3D
Mechanical Properties
Thermal Properties
Beams in Bending
Stress Analysis
Strain Analysis
Tribology
Basic
Heat Transfer
Psychrometry
Thermodynamic Cycles
First Order
Rise Time
Settling Time (2%)
Time Constant
Second Order Systems
Damped Frequency
Overshoot
Peak Time
Peak Value
Settling Time (2%)
Settling Time (5%)
General
Capacitance
Electric Charge
Energy Stored Inside a Capacitor
Ohms Law
Power
AC
Capactive Reactance
Inductive Reactance
Power
Buoyancy-Driven Flow
Buoyancy Force
Buoyancy Driven Flow Rate
Natural Ventilation
Stack Effect
Ventilation Rate
Plumes in Rooms
Plume Cross-Sectional Area
Vertical Volume Flow Rate
General
Isothermal Pipe Flow
Speed of Sound
Isentropic Relationships
Density and Temperature
Pressure and Density
Pressure-Temperature
Shock Wave Relations (Normal Shock)
Density Ratio
Pressure Ratio
Temperature Ratio
Stagnation Properties
Stagnation Density
Stagnation Pressure
Stagnation Temperature
Fluid Flow
Darcy Number
Froude Number
Mach Number
Reynolds Number
Weber Number
Fluid-Heat Transfer
Biot Number
Grashof Number
Nusselt Number
Prandtl Number
Drag
Drag Equation
Stokes Law for Spherical Drag
Bernoulli Equations
Standard Bernoulli Equation
Bernoulli Equation for Constant Height (Hydrostatic Pressure)
Bernoulli Equation for Horizontal Flow
Pipe Flow
Continuity
Darcy-Weisbach Equation
Flow Rate
Flow Rate Through an Orrifice
Force on a Fluid in a Control Volume
Head Differrence Between Two Ends of a Pipe
Poiseuille's Law
Thrust
Blade Element Momentum Theory (BEMT)
Thrust Equation
Coefficients and Ratios
Advance Ratio
Power Coefficient
Propeller Efficiency
Thrust Coefficient
Other
Helix Angle
Helical Tip Velocity
Induced Drag (Vortex Theory)
Induced Velocity (Momentum Theory)
Torque
Basic
Circumference
Cross-Sectional Area
Perimeter
Advanced
Second Moment of Area
Basic
Surface Area
Volume
Properties
Bulk Modulus
Density
Ductility (% Elongation)
Elastic Modulus
Hardness (Brinell)
Fracture Toughness
Poisson's Ratio
Shear Modulus
Ultimate Tensile Strength
Yield Strength
Properties
Thermal Diffusivity
Thermal Expansion
General
Engineers Bending Moment Equation
Euler's Buckling Load
General Bending Stress
Uniformly Distributed Load
Cantilever Beam
Point Load
Point Load at Center of Beam
UDL Over Entire Span of Beam
Fixed Beam
UDL Over Entire Span of Beam
Simply Supported Beam
Point Load
Point Load at Center of Beam
UDL Over Entire Span of Beam
General
General 2D Stress Transformations
Principal Stress and Principle Angles
Von Mises Stress
Cylindrical Stress
Axial Stress
Hoop Stress
General
Normal Strain
Principal Strains
Shear Strain
Strain Energy Density
Strain Under Axial Loading
Strain Under Shear Loading
Volumetric Strain
Friction
Friction Force (Coulomb's Law of Friction)
Friction Power Loss
Hertzian Contact Stress
Lubrication
Boundary Lubrication Friction Coefficient
Coefficient of Friction in Hydrodynamic Lubrication
Wear
Specific Wear Rate
Stribeck Curve
Wear Rate (Archard's Wear Equation)
Basic Equations
Enthalpy
First Law
Heat Transfer
Steady Flow Energy Equation
The Perfect Gas Equation
Basic
Conduction
Convection
Heat Exchange Fins
Conduction
Convection: Steady State
Basic Definitions
Relative Humidity
Dew Point Temperature
Humidity Ratios
Humidity (Mixing) Ratio
Specific Humidity
Brayton Cylce
Heat
Efficiency
Work
Carnot Cycle
Efficiency
Heat Added & Rejected
Net Work Done
Diesel Cylce
Cutoff Ratio
Efficiency
Heat
Work Done
Otto Cylce
Compression Ratio
Efficiency
Heat Added (Combustion Process)
Heat Rejected (Exhaust Process)
Pressure
Temperature
Rankine Cylce
Efficiency
Heat Added by Boiler (Isobaric Heat Addition)
Heat Rejected in Condensor (Isobaric Heat Rejection)
Work Done by Pump (Isentropic Compression)
Work Done by Turbine (Isentropic Expansion)
Common
Electrical
Engineering
Fluid Mechanics
Geometric
Mechanical
Thermodynamics
Distance
Mass
Speed
Temperature
Time
Current
Electrical Conductivity
Power
Resistivity
Voltage
Acceleration
Density
Energy
Force
Force Moment
Moment of Inertia
Pressure
Torque
Dynamic Viscosity
Flow Rate
Kinematic Viscosity
Surface Tension
Angle
Area
Specific Volume
Volume
Angular Acceleration
Angular Velocity
Rotational Frequency
Specific Heat Capacity
Thermal Conductivity
Thermal Resistance
Electrical Properties
Mechanical Properties
Thermal Properties
Ferrous Alloys
Non-Ferrous Metals
Non-Metals
Metals
Semiconductors
Ceramics
Composites
Metals
Polymers (Plastics)
Rubbers
Alloy Steel
Carbon Steel
Cast Iron
Stainless Steel
Aluminium Alloys
Copper Alloys
Nickel Alloys
Titanium Alloys
Zinc Alloys
Plastics
Rubbers
Woods
Book Reccomendations
CAE Software
Engineering Institutions
Top Picks
CAD Software
CFD Software
FEA Software
What are Engineering Institutions
List of Institutions
Engineering Design
Fluid Dynamics
General
Manufacturing
Quality Management
Structural Mechanics
Thermodynamics
Calculators ▾
Control ▾
First Order Systems
Rise Time
Settling Time (2%)
Time Constant
Second Order Systems
Damped Frequency
Overshoot
Peak Time
Peak Value
Ohms Law
Power
Electrical ▾
General
Capacitance
Electric Charge
Energy Stored Inside a Capacitor
Ohms Law
Power
AC
Capactive Reactance
Inductive Reactance
Power
Fluid Dynamics ▾
Buoyancy-Driven Flow & Natural Ventilation
Buoyancy-Driven Flow
Buoyancy Force
Buoyancy Driven Flow Rate
Natural Ventilation
Stack Effect
Ventilation Rate
Plumes in Rooms
Plume Cross-Sectional Area
Vertical Volume Flow Rate
Compressible Flow
General
Isothermal Pipe Flow
Speed of Sound
Isentropic Relationships
Density and Temperature
Pressure and Density
Pressure-Temperature
Shock Wave Relations (Normal Shock)
Density Ratio
Pressure Ratio
Temperature Ratio
Stagnation Properties
Stagnation Density
Stagnation Pressure
Stagnation Temperature
Dimensionless Numbers
Fluid Flow
Darcy Number
Froude Number
Mach Number
Reynolds Number
Weber Number
Fluid-Heat Transfer
Biot Number
Grashof Number
Nusselt Number
Prandtl Number
Incompressible Flow
Drag
Drag Equation
Stokes Law for Spherical Drag
Bernoulli Equations
Standard Bernoulli Equation
Bernoulli Equation for Constant Height (Hydrostatic Pressure)
Bernoulli Equation for Horizontal Flow
Pipe Flow
Continuity
Darcy-Weisbach Equation
Flow Rate
Flow Rate Through an Orrifice
Force on a Fluid in a Control Volume
Head Differrence Between Two Ends of a Pipe
Poiseuille's Law
Propeller Theory
Thrust
Blade Element Momentum Theory (BEMT)
Thrust Equation
Coefficients and Ratios
Advance Ratio
Power Coefficient
Propeller Efficiency
Thrust Coefficient
Other
Helix Angle
Helical Tip Velocity
Induced Drag (Vortex Theory)
Induced Velocity (Momentum Theory)
Torque
Geometric ▾
2D
Circumference
Cross-Sectional Area
Perimeter
Second Moment of Area
3D
Circumference
Material Properties ▾
Mechanical Properties
Bulk Modulus
Density
Ductility (% Elongation)
Elastic Modulus
Hardness (Brinell)
Fracture Toughness
Poisson's Ratio
Shear Modulus
Ultimate Tensile Strength
Yield Strength
Thermal Properties
Thermal Diffusivity
Thermal Expansion
Structural Mechanics ▾
Beams in Bending
General
Bulk Modulus
Engineers Bending Moment Equation
Euler's Buckling Load
General Bending Stress
Uniformly Distributed Load
Cantilever Beam
Point Load
Point Load at Center of Beam
UDL Over Entire Span of Beam
Fixed Beam
UDL Over Entire Span of Beam
Simply Supported Beam
Point Load
Point Load at Center of Beam
UDL Over Entire Span of Beam
Stress Analysis
General
General 2D Stress Transformations
Principal Stress and Principle Angles
Von Mises Stress
Cylindrical Stress
Axial Stress
Hoop Stress
Strain Analysis
General
General 2D Stress Transformations
Normal Strain
Principal Strains
Shear Strain
Strain Energy Density
Strain Under Axial Loading
Strain Under Shear Loading
Volumetric Strain
Tribology
Friction
Bulk Modulus
Friction Force (Coulomb's Law of Friction)
Friction Power Loss
Hertzian Contact Stress
Lubrication
Boundary Lubrication Friction Coefficient
Coefficient of Friction in Hydrodynamic Lubrication
Wear
Specific Wear Rate
Stribeck Curve
Wear Rate (Archard's Wear Equation)
Thermodynamics ▾
Basics
Basic Equations
Enthalpy
First Law
Heat Transfer
Steady Flow Energy Equation
The Perfect Gas Equation
Heat Transfer
Steady State
Conduction
Convection
Heat Exchange Fins
Conduction
Convection: Steady State
Psychrometry
Basic Definitions
Relative Humidity
Dew Point Temperature
Humidity Ratios
Humidity (Mixing) Ratio
Specific Humidity
Thermodynamic Cycles
Brayton Cylce
Heat
Efficiency
Work
Carnot Cylce
Efficiency
Heat Added & Rejected
Net Work Done
Diesel Cylce
Cutoff Ratio
Efficiency
Heat
Work Done
Otto Cylce
Compression Ratio
Efficiency
Heat Added (Combustion Process)
Heat Rejected (Exhaust Process)
Pressure
Temperature
Rankine Cylce
Efficiency
Heat Added by Boiler (Isobaric Heat Addition)
Heat Rejected in Condensor (Isobaric Heat Rejection)
Work Done by Pump (Isentropic Compression)
Work Done by Turbine (Isentropic Expansion)
Material Properties ▾
Electrical ▾
Metals
Semiconductors
Mechanical ▾
Ferrous Alloys
Alloy Steel
Carbon Steel
Cast Iron
Stainless Steel
Non-Ferrous Alloys
Aluminium Alloys
Copper Alloys
Nickel Alloys
Titanium Alloys
Zinc Alloys
Non-Metals
Plastics
Rubbers
Woods
Thermal ▾
Ceramics
Composites
Metals
Polymers (Plastics)
Rubbers
Unit Conversions ▾
Common ▾
Distance
Mass
Speed
Temperature
Time
Electrical ▾
Current
Electrical Conductivity
Power
Resistivity
Voltage
Engineering ▾
Acceleration
Density
Energy
Force
Force Moment
Moment of Inertia
Pressure
Torque
Fluid Mechanics ▾
Dynamic Viscosity
Flow Rate
Kinematic Viscosity
Surface Tension
Geometric ▾
Angle
Area
Specific Volume
Volume
Mechanical ▾
Angular Acceleration
Angular Velocity
Rotational Frequency
Thermodynamics ▾
Specific Heat Capacity
Thermal Conductivity
Thermal Resistance
Useful Resources ▾
Book Reccomendations
CAE Software
Engineering Institutions
Glossary
Book Reccomendations: Top Picks
Overall:
Mark's Standard Handbook for Mechanical Engineers
Eugene A. Avallone, Theodore Baumeister and Ali M. Sadegh
With its first edition published by Lionel S. Marks in 1916, the Standard Handbook for Mechanical Engineers combines the efforts of over fifty specialists to give a comprehensive overview of many engineering fields. With a vast assortment of illustrations, tables and pricniples, this book is a fantastic resource to have on the shelf.
Find it online
here
Control Theory
Control Systems Engineering
Norman S. Nise
A classic textbook in the world of control and its not difficult to see why. After starting each chapter with a gentle introduction and explaination of each topic, real examples of how the concepts learnt can be applied are showcased. With easy to undertand explainations and worked examples throughout the book, Nise offers a great insight into the world of control in an accessible way.
Find it online
here
Engineering Design
Shingley's Mechanical Engineering Design
Richard G. Budynas and Keith J. Nisbett
A well established book that has maintained the basic approaches to mechanical design and has become the standard for over 40 years. Combining fundamentals with modern approaches, concepts are covered in a clear and concise manner that make it easy to follow along.
Find it online
here
Fluid Dynamics
An Introduction to Fluid Dynamics
G. K. Batchelor
A timeless classic in Fluid Dynamics, G. K. Batchelor prodives the groundwork for all things fluids. Whilst titled as an introduction, there is actually a vast amount of information to be absorbed, but the book manages to hold your attention throughout with its thoughtful presentation.
Find it online
here
Manufacturing
Manufacturing Engineering and Technology in SI Units
Serope Kalpakjain and Steven R. Schmid
In a constantly and rapidly changing industry, Kalpakjian and Schmid manage to provide an up-to-date insight into the vast manufacturing environment. Covering everything from mechanical behaviour and testing to the many manufacturing processes and quality assurance techniques, there is plently to be uncovered in this book.
Find it online
here
Quality Management
The Handbook for Quality Management
Thomas Pyzdek and Paul Keller
From Deming through to process control, this book covers the topcis essesntial to have a comprehensive understanding of quality management, why its important and ways in which it can be implimented. With plenty of helpful figures and examples, this book serves as a fantastic resource in understadning engineering quality mangement techniques and controls.
Find it online
here
Structural Mechanics
Structural Analysis
R. C. Hibbeler
A must read book for anyone intrerested in structural mechanics, not just engineers or those working in the field. Covering a broad range of theories and aplications, this book provides a thorough overview of how to break down and analyze a problem. Be sure to work through the qurestions at the end of each chapter and you will be confident in approaching any structural problem in the future.
Find it online
here
Thermodynamics
Fundamentals of Engineering Thermodynamics
Michael J. Morgan, Howard N. Shapiro, Daisie D. Boettner and Margaret B. Bailey
An exhaustive introduction to the fundamental thermodynamic pricniples used in mechanical engineering. Concise, clear and with plenty of examples and real world applications, it's hard to ask for much more really.
Find it online
here