Mechanical Engineering 📚

Contents : KNOW YOUR BICYCLE 8 GETTING STARTED 34 STEERING AND SADDLE 50 WHEELS 72 BRAKES 96 DRIVETRAIN 126 SUSPENSION 188 OWNER’S GUIDE 204 Index 220 Acknowledgments Download file size Join telegram channel

Contents : 1 AN OVERVIEW OF HEAT TRANSFER 2 STEADY STATE CONDUCTION 3 CONDUCTION WITH HEAT GENERATION 4 HEAT TRANSFER WITH EXTENDED SURFACES (FINS) 5 TWO DIMENSIONAL STEADY HEAT CONDUCTION 6 TRANSIENT HEAT CONDUCTION 7 CONVECTION 8 CONVECTIVE HEAT TRANSFER—PRACTICAL CORRELATIONS—FLOW OVER SURFACES 9 FORCED CONVECTION 10 NATURAL CONVECTION 11 PHASE CHANGE PROCESSES—BOILING, CONDENSATION FREEZING AND MELTING 12 HEAT EXCHANGERS Download file size Join telegram channel

Contents : Introduction Systems of axes and notation Static equilibrium and trim The equations of motion The solution of the equations of motion Longitudinal dynamics Lateral–directional dynamics Manoeuvrability Stability Flying and Handling  Qualities Stability Augmentation Aerodynamic Modelling Download file size 3.2MB Join telegram channel

,  Contents : 1. INTRODUCTION AND BASIC CONCEPTS  2. ENERGY TRANSFER, AND GENERAL ENERGY ANALYSIS  3. PROPERTIES OF PURE SUBSTANCES  4. ENERGY ANALYSIS OF CLOSED SYSTEMS  5. MASS AND ENERGY ANALYSIS OF CONTROL  6. THE SECOND LAW OF THERMODYNAMICS 7. ENTROPY 8. EXERGY  9. GAS POWER CYCLES 10. VAPOR AND COMBINED POWER CYCLES  11. REFRIGERATION CYCLES  12. THERMODYNAMIC PROPERTY RELATIONS  13. GAS MIXTURES  14. GAS–VAPOR MIXTURES AND AIR-CONDITIONING Download  file size 25MB Join telegram channel

Contents : SI MULTIPLES BASIC UNITS (DISTANCE, AREA, VOLUME, MASS, DENSITY) THERMODYNAMICS THERMAL ENGINEERING HEAT TRANSFER FLUID MECHANICS STRENGTH OF MATERIALS THEORY OF MACHINES MACHINE DESIGN MANUFACTURING Download file size 2.9MB Join telegram channel

Contents : A brief history of turbomachinery 1 Introduction 2 Review of thermodynamics 3 Thermodynamics of gas-turbine cycles 4 Energy transfer in turbomachines 5 Three-dimensional velocity diagrams for axial turbomachines 6 The design and performance prediction  of axial-flow turbines 7 The design and performance prediction  of axial-flow compressors 8 Convective heat transfer in blade cooling and heat-exchanger  9 Gas-turbine starting and control-system  10 Combustion systems and combustion calculations 11 Mechanical-design considerations Download file size 28MB Join telegram channel

Thermodynamics Nuclear power plant Applied mechanics Strength of meterial Fluid mechanics Internal combustion engine Steam Boilers, Compressors, Nozzles, Engines, Turbines, Gas , and Jet engines Heat transfer, Air conditioning and Refrigeration Theory of Machine and Machine Design Engineering Materials Production Engineering, Industrial Engineering and Management Workshop Technology Automobile Technology Model Set 1 Model Set 2 Model Set 3 Model Set 4 Model set 5 Download file size 14MB Join telegram channel

Contents: PART A – 2D DESIGN Introducing AutoCAD 2016 Calling Tools Introducing Drawing Draw Tools and Object Snap Zoom, Pan and Templates 6.the Modify Tools Dimensions and Text Orthographic and Isometric Hatching Blocks and Inserts Download file size Join telegram channel

Contents : Part I Computer-Aided Design (CAD) Basics 1 1 Getting Started 3 2 Modeling Management 41 3 Design Intent 85 Part II Basic Part Modeling 4 Features and Macros 101 5 Drawings 137 6 Assemblies 159 7 Rendering and Animation Part III Advanced Part Modeling 8 Curves 223 9 Surfaces 255 10 Sheet Metal and Weldments 295 11 Sustainable Design Part IV Part Development and Analysis 12 Tolerances 343 13 Analysis Tools Part V Part Manufacturing 14 Rapid Prototyping 417 15 Numerical Control Machining 431 16 Injection Molding 483 A ANSI and ISO Tolerance Tables 509 B SolidWorks Certification Download file size 24MB Join telegram channel

Contents : 1 Mathematics 2 Introduction to Numerical Methods 3 Properties of Sections and Figures 4 Statics 5 Dynamics 6 Mechanical Vibrations 7 Introduction to Control Systems Modelling 8 Heat and Temperature 9 Thermodynamic Basics 10 Fluid Mechanics Download  file size 5.1MB Join telegram channel

Contents : Part I Materials, Design and Manufacturing 1 Mechanical Properties of Engineering Materials: Relevance in Design and Manufacturing . 2 Analysis and Material Selection of a Continuously Variable Transmission (CVT) for a Bicycle Drivetrain 3 Coin Minting 4 Gradation, Dispersion, and Tribological Behaviors of Nanometric Diamond Particles in Lubricating Oils Part II Thermal Engineering 5 Basics and Applications of Thermal Engineering 6 Alternate Fuels for IC Engine Part III Robotics and Automation 7 Robotics: History, Trends, and Future Directions 8 Computer Vision in Industrial Automation and Mobile Robots Part IV Advanced Machining 9 Advanced Machining Processes 10 Comparative Assessment and Merit Appraisal of Thermally Assisted Machining Techniques for Improving Machinability of Titanium Alloys. 11 Smart Machining System Using Preprocessor, Postprocessor, and Interpolation Techniques 12 Comparison of Non-conventional Intelligent Algorithms for Optimizing Sculpture

Pages : 309 Contents: 1. This book contain 200 2D CAD practice exercises and 200 3D Part Modeling exercises. 2. This book does not provide step by step tutorial to design 3D models 3. S.I Units is used 4. Predominantly used Third Angle Projection 5. This book is for AUTODESK AUTOCAD MECHANICAL and Other Feature-Based Modeling Software such as Autodesk Inventor, Catia, SolidWorks, NX, Solid Edge, AutoCAD, Creo etc. 6. It is intended to provide Drafters, Designers, and Engineers with enough 2D & 3D CAD exercises for practice on any CAD programs. 7. It includes almost all types of exercises that are necessary to provide, clear, concise and systematic information required on industrial machine part drawings 8. Third Angle Projection is intentionally used to familiarize  9. Drafters, Designers and Engineers in Third Angle Projection to  10. meet the expectation of world wide Engineering drawing print. 11. Clear and well drafted drawing help easy understanding of the design. 12. This boo

1.MATLAB Programming Getting Started Strings and Vectors Plotting Matrices Control Flow Commands Animation Writing Your Own MATLAB Functions More MATLAB Data Classes and Structures 2.Building GUI Tools Building a Graphical User Interface Transforming a MATLAB Program into a GUI Tool GUI Components 3.Advanced Topics More GUI Techniques More Graphics More Mathematics Download  file size 8.5MB Join telegram channel

Pages : 198 Contents : I.Cutting Tool Technology 1 Introduction 2 Tooling – the Key to Prompt, Productive Operations 3 Basic Guidance in Determining a Toolings Set-up 4 Cutting Tool Materials 5 Insert Cutting Tool Geometries and their Selection  6 Cutting Tool Diversity – a Review  7 Modular Quick-change Tooling8 8 Tool and Workpiece MOnitoring System 9 Tool Management II.Cutting Fluids 1 Introduction 2 Stock Removal Processes  3 Types of Cutting Fluids  4 Choosing the Right Cutting Fluid 5 Handling and Use of Cutting Fluids III.Workholding Technology 1 Introduction 2 Turning Centre Workholding Techniques  3 Advanced Workholding Methods on Turning Centres 4 Programmable Steadies – their Role in Workholding  5 Workpiece Delivery to “Stand-alone” Turning Centres Appendix National and International Machine Tool Standards Glossary of Terms Selected Bibliography Company Addresses Index Download file size 7.2MB Join telegram channel

Contents : Introduction Part 1 : Getting Started with AutoCAD Part 2 : Let There Be Lines Part 3 : If Drawings Could Talk Part 4 : Advancing with AutoCAD Part 5 : On a 3D Spree Part 6 : The Part of Tens Download  file size Join telegram channel

Pages : 361 Contents: 1 Shop and Personal Safety. 2 Hand and Shop Tools, Precision Tools, and Units of Measurement  3 Engine Basics  4 Piston Assemblies, Crankshafts, Flywheels, and Dampers 5 Timing Geartrains, Camshafts, Tappets, Rockers, and Cylinder Valves  6 Cylinder Blocks, Liners, Cylinder Heads, Rocker Housings, Oil Pans, and Manifolds  7 Engine Lubrication Systems  8 Engine Cooling Systems  9 Engine Breathing  10 Engine Retarders  11 Engine Removal, Disassembly, Cleaning, Inspection,and Reassembly Guidelines  12 Fuel Subsystems  13 Injector Nozzles  14 Engine Management Electronics 15 Electronic Diesel Fuel Injection Systems  16 Emissions  Download file size 44MB Join telegram channel

Contents : Chapter 1 — Boiler Fundamentals Chapter 2 — Control of Boilers Chapter 3 — Furnace Draft Chapter 4 — Feedwater Chapter 5 — Coal Fired Boilers Chapter 6 — Fuel and Air Control Chapter 7 — Steam Temperature Chapter 8 —Burner Management Systems Download file size 10MB Join telegram channel

Contents: PART A FUNDAMENTALS OF STRUCTURAL ANALYSIS 1 Basic Elasticity 2 Two-Dimensional Problems in Elasticity 3 Torsion of Solid Sections 4 Virtual Work and Energy Methods 5 Energy Methods 6 Matrix Methods 7 Bending of Thin Plates 8 Columns 9 Thin Plates PART B ANALYSIS OF AIRCRAFT STRUCTURES 10 Materials 11 Structural Components of Aircraft Download file size Join telegram channel

Contents : 1. Water and Steam Hammer 2. Gravity Flow of Liquids in Pipes 3. Siphon Seals and Water Legs 4. Regulating Steam Pressure Drop: Via Drop Across Turbine vs. Drop Across Throttling Valve 5. IRI Fuel Gas Burner Piping Valve Train 6. Controlling Differential Air Pressure of a Room with Respect To Its Surroundings 7. Water Chiller Decoupled Primary— Secondary Loops 8. A Collection of Handy Hydraulic Formulas 9. Water Chillers in Turndown 10. Basics of Hydraulic Loops 11. Estimating Thermal Black–Body Temperature of the Night Sky for Radiation Heat Transfer Calculations 12 Handy Facts Regarding Types of Thermal Insulation Download file size Join telegram channel

Content : CHAPTER 1 Safety  CHAPTER 2 Hoisting and Rigging Systems CHAPTER 3 Introduction to Hydraulics  CHAPTER 4 Hydraulic System Components  CHAPTER 5 Hydraulic Symbols and          Schematics CHAPTER 6 Hydraulic System Maintenance and Diagnostics  CHAPTER 7 Hydraulic Brakes CHAPTER 8 Spring-Applied Hydraulically Released Brakes CHAPTER 9 Air and Air-Over-Hydraulic Brake Systems CHAPTER 10 Introduction to Powertrains  CHAPTER 11 Powershift Transmissions CHAPTER 12 Hydrostatic Drive Systems and Hydraulic Retarder Systems  CHAPTER 13 Driveline Systems  CHAPTER 14 Heavy-Duty Drive Axles  CHAPTER 15 Final Drives  CHAPTER 16 Steering Systems  CHAPTER 17 Tires, Tracks, and Rim Systems CHAPTER 18 Suspension Systems  CHAPTER 19 Machine and Equipment Electronics  CHAPTER 20 AC Electric Drive Systems  Download file size 54Mb Join telegram channel

Contents : Introduction Chapter 1 What Is Machine Learning? Chapter 2 Planning for Machine Learning Chapter 3 Working with Decision Trees Chapter 4 Bayesian Networks Chapter 5 Artifi cial Neural Networks Chapter 6 Association Rules Learning Chapter 7 Support Vector Machines Chapter 8 Clustering Chapter 9 Machine Learning in Real Time with Spring XD Download  file size Join telegram channel

Contents : I. Introduction II. Sensors and signal conditioning III. Actuation IV. Microprocessor systems V. System models VI. Conclusion Download  file size Join telegram channel

Contents : 1 introduction 2 Fluids and fluid properties 3 Units of measurement, dimensions, and dimensional analysis 4 Pressure variation in a fluid at rest (hydrostatics) 5 Hydrostatic force exerted on a submerged surface 6 Kinematic description of fluids in motion and approximations 7 Bernoulli’s equation 8 Engineering applications of Bernoulli’s equation 9 Linear momentum equation and hydrodynamic forces 10 Engineering applications of the linear momentum equation 11 Compressible fluid flow 12 Oblique shockwaves and expansion fans 13 Compressible pipe flow 14 Flow through axial-flow-turbomachinery blading Download file size 20MB Join telegram channel

Contents : Section I Introductory Engineering Design Principles with SolidWorks 1. Introduction 2. Geometric Construction Tools 3. Features 4. Part Modeling—CSWA Preparations 5. Advanced Part Modeling—CSWA Preparations 6. Creating Revolved, Swept, and Lofted Parts 7. Part Modeling with Equation-Driven Curves 8. Assembly Modeling—CSWA Preparations 9. Part and Assembly Drawings—CSWA Preparations Section II Intermediate Engineering Design Principles with SolidWorks 10. Reverse Engineering Using Auto Trace and FeatureWorks 11. Top-Down Design 12. Surface Modeling Download file size 74MB Join telegram channel

1. Introduction 2. Control    Theory Overview 3. System   Components 4. System Design 5. System Examples – Design and Simulation Download  file size 14MB Join telegram channel

Contents: 1 Overview and introduction 2 Engine systems 3 Electrical systems 4 Chassis systems 5 Transmission systems 6 Automotive Technology Academy Index Download  file size 38MB Join telegram channel

Contents : TOPIC 1: Principles of Hydraulics Introduction Why Are Hydraulic Systems Used? . Hydraulic Principles  Fluid Power  Fluid Power Advantages  Pressure  Flow (Q)  Pressure Drop  TOPIC 2: Hydraulic Circuit & Components Graphic Symbols  Hydraulic lines  Hydraulic Tank Graphic Symbol – Hydraulic Tank Hydraulic Pumps  Gear Pumps  Piston Pump Graphic Symbol – Pump  Linear Actuators  Telescopic Cylinders  Modified Cylinders  Cylinder Ratings  Graphic Symbol – Hydraulic Cylinder  Rotary Actuators  Graphics Symbol – Rotary Actuator  Directional Control Valves  Pressure Control Valves Flow Control Valves Graphic Symbols – Valves  Pressure Control Download  file size Join telegram channel

Table of contents Preface General Pump bearings Ball bearings in centrifugal pumps Roller bearings in centrifugal pumps Bearing technologies for the next generation pump Bearing installation Download  file size Join telegram channel

Contents : 1. Introduction 2. The Design Process 3. Occupant Comfort and Health 4. Load Calculations 5. Components; All-Air Systems 6. Air-and-Water Systems; All-Water System 7. Special HVAC Systems 8. HVAC & R Controls Download file size 6.89MB Join telegram channel

Contents: 1. Introduction 2. Wire ropes 3. Drives; calculating motor powers 4. Brakes 5. Standards 6. Sagging and slapping of the wire ropes; rock and roll of the spreader; machinery trolleys versus wire rope trolleys; twin-lift; positioning; automatic equipment identification (AEI) 7. Construction and calculation methods on strength and fatigue 8. Wheels and tracks Download  file size 12.84MB Join telegram channel

Contents : Part I: Installation and Repair of Major Process Equipment  Part II: Maintenance for Power Generation and Transmission Part III: General Preventive and Predictive Maintenance Download file size 19MB Join telegram channel

Contents: 1—Machine Types and Critical Components 2—The Importance of Lubrication 3—Inspection techniques available to operators and field personnel 4—How to Inspect Process Machinery 5—An Introduction to Compressor Operations 6—Lubrication Advice for Operators 7—More Machinery Best Practices Download file size 3MB Join telegram channel

Contents : 1. Aircraft Engines  2. Engine Fuel and Fuel Metering Systems 3. Induction and Exhaust Systems  4. Engine Ignition and Electrical Systems  5. Engine Starting Systems 5. Lubrication and Cooling Systems  6. Propellers 7. Engine Removal and Replacement 8. Engine Fire Protection Systems 9. Engine Maintenance Download file size 50MB Join telegram channel

Contents: 1. Introduction 2. Internal Combustion Engines 3. Fuel Injection Systems 4. Multi cylinder Internal Combustion Engines 5. Performance of Internal Combustion Engines 6. Cooling and Lubrication 7. Engine Fuels 8. Transmission System 9. The Clutch 10. Gear Box 11. Propeller Shaft, Differential, and Axle 12. Wheels 13. Brakes 14. Antilock Brake System 15. Steering System 16. Suspension System 17. Ignition System 18. Battery and Charging System 19. Starting System Download file size 58MB Join telegram channel

Content : 1. The Piping Material Engineer  2. Process Industry Codes and Standards   3. Materials  4. Piping Components  5. Joints for Process Piping Systems  6. Bolts and Gaskets   7. Valves  8. Glossaries and Abbreviations Download file size Join telegram channel

Contents: Fundamentals of thermodynamics Heat engines and reversed heat engines Working fluids Vapour compression cycles Vapour absorption and other cycles Principles of numerical modelling and experimentation Vapour compression system modelling Vapour absorption system modelling Download file size Join telegram channel

Contents : 1.Introduction to Momentum Transfer 2.Fluid Statics 3.Description of a Fluid in Motion 4.Conservation of Mass: Control-Volume Approach 5.Newton’s Second Law of Motion: Control-Volume Approach 6.Conservation of Energy: Control-Volume Approach 7.Shear Stress in Laminar Flow Download file size 5.1MB Join telegram channel

Contents : 1.Comprehensive Techno-Economic Evaluation of Gas Turbine Repowering Systems for Utilizing Waste Heat from a Small Scale Refuse Incineration Plant  2.In-Service Degradation of Gas Turbine Nozzles and Moving Blades  3.Design and Development of Smart Coatings for Titanium Alloys Used in Gas Turbines  4.Thermodynanmic Optimization of an Intercooled Reheat Regenerative Gas Turbine Power Plant  5.Multi-Criteria Optimization of a Regenerative Gas Turbine Power Cycle  6.Optimization of an Industrial Retrofitted Heat Exchanger Network Using Stage-Wise Model  7.Fluid/Solid Coupled Heat Transfer Problems in Gas Turbine Applications 8.Gas Turbines and Electric Distribution System  Download file size 8.6MB Join telegram channel

Contents : Introduction Engineering Materials and Their Properties Manufacturing Considerations in Machine Design Simple Stresses in Machine Parts Torsional and Bending Stresses in Machine Parts Variable Stresses in Machine Parts Pressure Vessels Pipes and Pipe Joints Download file size 22MB Join telegram channel

Pages : 443 Contents : 1 Introduction to Hydraulic Power Systems 2 Hydraulic Oils and Theoretical Background 3 Hydraulic Transmission Lines 4 Hydraulic Pumps 5 Hydraulic Control Valves 6 Accessories 7 Hydraulic Actuators 8 Hydraulic Servo Actuators Download File size 10MB Join telegram channel

Content : 1: Introduction to AutoCAD 2020 2: Drawing Basics in AutoCAD 3: Drawing Aids in AutoCAD 4: Editing Tools in AutoCAD 5: Multi-View Drawings in AutoCAD 6: Dimensions and Annotations in AutoCAD 7: Parametric Tools in AutoCAD 8: Section Views in AutoCAD 9: Blocks, Attributes, and Xrefs in AutoCAD 10: Layouts & Annotative Objects in AutoCAD 11: Templates and Plotting in AutoCAD 12: 3D Modeling Basics in AutoCAD 13: Solid Editing Tools & Generating 2D Views Download file size 34MB Join telegram channel

Contents : Chapter 1 Basic Modes of Heat Transfer Chapter 2 Heat Conduction Chapter 3 Numerical Analysis of Heat Conduction Chapter 4 Analysis of Convection Heat Transfer Chapter 5 Natural Convection Chapter 6 Forced Convection Inside Tubes and Ducts Chapter 7 Forced Convection Over Exterior Surfaces Download file size 54MB Join telegram channel

Contents : 1.Introduction, Gas Turbines, Applications, Types 2.Gas Turbine Thermodynamic Process 3.Thermo-Fluid Essentials for Gas Turbine Design 4.Theory of Turbomachinery Stages 5.Turbine and Compressor Cascade Flow Forces 6.Losses in Turbine and Compressor Cascades 7.Efficiency of Multi-Stage Turbomachines 8.Incidence and Deviation 9.Blade Design 10.Radial Equilibrium 11.Nonlinear Dynamic Simulation of Components and systems 12.Generic Modeling of Turbomachinery Components and Systems 13.Modeling of Inlet, Exhaust, and Pipe Systems 14.The Modeling of Recuperators, Combustion Chambers 15.Modeling the Compressor Component, Design and Off-Design 16.Turbine Aerodynamic Design and Off-design Performance 17.Gas Turbine Design, Preliminary Considerations Download File size 30MB Join telegram channel