BS Publications BSP Aeronautical Engineering / Mechanical Engineering / Metallurgy BSP Books Pvt. Ltd. Phone : 23445688, 23445605 Fax : 91+40-23445611 e-mail : [email protected]1 Visit: www.bspbooks.net / www.bspublications.net for latest updates AERONAUTICAL ENGINEERING Bramwell’s Helicopter Dynamics, 2nd Ed. A.R.S. Bramwell, George Done and David Balmford Contents: 1. Basic Mechanics of rotor systems and helicopter flight 2. Rotor aerodynamics in axial flight 3. Rotor aerodynamics and dynamics in forward flight 4. Trim and performance in axial and forward flight 5. Flight dynamics and control 6. Rotor aerodynamics in forward flight 7. Structural dynamics of elastic blades 8. Rotor induced vibration 9. Aero elastic and aero mechanical behaviour Rpt. 2013 373 pp 9789382291305 BSPELS PB Rs. 1150.00 Recent Advances in Design, Development & Operation of Micro Air Vehicles G.K. Viswanadh and M.V.S.S. Giridhar Contents: 1. Sensors and Avionics 2. Guidance, Navigation and Control 3. MAV Applications 4. Modelling and Stimulations and Fuselage and Propulsion Systems 5. Systems Engineering and Legal Aspects of MAV Flying 2013 610 pp 978-81-7800-281-1 BSPBSP HB Rs. 1795.00 Aviation Meteorology Navale Pandharinath Contents: 1. The Sun 2. The Motion of the Earth 3. The Atmosphere 4. Atmospheric Pressure 5. Altimetry 6. Density and Density Altitude 7. Water in the Atmosphere 8. Temperatures, Laps Rates and Stability of Atmosphere 9. Atmospheric Aerosols and Turbulence 10. Cloud Classification 11. Meteors, Cloud Formation and Dissipation 12. Precipitation Processes 13. Thunderstorms 14. Aviation Hazards Associated with Thunderstorms 15. Radar and its Application in Weather Detection 16. Hailstorms 17. Tornadoes, Waterspouts, Dust Devils 18. Ice Accretion on Aircraft 19. Visibility and Fog 20. The Surface Wind 21. Divergence, Vortical Motion and Vorticity 22. Wind Shear, Clear Air-Turbulence and Jet Streams 23. Air Masses and Fronts 24. Tropical Meteorology 25. Tropical Cyclone 26. Monsoons 27. The General Circulation of the Atmosphere 28. Climatolgy 29. Climate of India 30. Western Disturbances and Summer Thunderstorm over India 31. General Aviation Services 32. Meteorological Services for International Air Navigation 33. World Area Forecast System (WAFS) 34. Meteorological Observations 35. Satellite Meteorology 36. Climatology for Aviators 37. Aviation Weather Reports and Codes 38. Aviation Weather Forecasts and Codes 39. SIGMET and AIRMET Information and Aerodrome Warnings 40. Meteorology for Helicopter Operations 2012 943 pp 978-93-81075-80-7 BSPBSP PB Rs. 895.00 Aircraft Structures G Lakshmi Narasaiah Contents: 1. Introduction Part - I Basics of Structural Analysis 2. Mechanical Properties of Materials 3. Properties of Sections 4. Mechanics of Rigid Bodies 5. Energy Principles 6. Analysis of Trusses 7. Analysis of Continuum Structures Part II - Design and Analysis of Aeroplane Structures 8. Design Aspects of Aeroplane Structure 9. Basics of Aerodynamics 10. Loads on Aeroplane Structure 11. Analysis of Determinate and Indeterminate Beams 12. Analysis of Shafts 13. Buckling of Columns 14. Bending and Buckling of Thin Plates 15. Shear Flow, Shear Center and Shear Lag 16. Analysis of Aeroplane Fuselage and Wing 17. Fatigue Analysis Part - III Other Relevant Topics 18. Materials of Aeroplane Construction 19. Finite Element Method 20. Aeroelasticity 2010 401 pp 978-81-7800-250-7 BSPBSP PB Rs. 350.00 NEW NEW Rocket Propulsion Elements, 7th Ed. George P. Sutton and Oscar Biblarz Contents: 1. Classification 2. Definitions and Fundamentals 3. Nozzle Theory and Thermodynamic Performance relations 4. Flight Performance 5. Chemical Rocket Propellant Analysis 6. Liquid Propellant Rocket Engine fundamentals 7. Liquid Propellants 8. Thrust Chambers 9. Combustion of Liquid Propellants 10. Turbopumps, Engine Design Engine control, calibration, Integration, and Optimization 11. Solid Propellant Rocket Fundamentals 12. Solid Propellants 13. Combustion of Solid Propellants 14. Solid Rocket Components and Motor Design 15. Hybrid Propellant Rockets 16. Thrust Vector Control 17. Selection of Rocket Propulsion Systems 18. Rocket Exhaust Plumes 19. Electric Propulsion 20. Rocket Testing 2010 751 pp 978-81-2652-577-5 BSPJ/W PB * Rs. 1695.00
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Bramwell’s Helicopter Dynamics, 2nd Ed.A.R.S. Bramwell, George Done and David Balmford
Contents: 1. Basic Mechanics of rotor systems and helicopter flight 2. Rotor aerodynamics in axial flight 3. Rotor aerodynamics anddynamics in forward flight 4. Trim and performance in axial and forward flight 5. Flight dynamics and control 6. Rotor aerodynamicsin forward flight 7. Structural dynamics of elastic blades 8. Rotor induced vibration 9. Aero elastic and aero mechanical behaviour
Recent Advances in Design, Development &Operation of Micro Air Vehicles
G.K. Viswanadh and M.V.S.S. GiridharContents: 1. Sensors and Avionics 2. Guidance, Navigation and Control 3. MAV Applications 4. Modelling and Stimulations andFuselage and Propulsion Systems 5. Systems Engineering and Legal Aspects of MAV Flying
Contents: 1. The Sun 2. The Motion of the Earth 3. The Atmosphere 4. Atmospheric Pressure 5. Altimetry 6. Density and DensityAltitude 7. Water in the Atmosphere 8. Temperatures, Laps Rates and Stability of Atmosphere 9. Atmospheric Aerosols and Turbulence10. Cloud Classification 11. Meteors, Cloud Formation and Dissipation 12. Precipitation Processes 13. Thunderstorms 14. AviationHazards Associated with Thunderstorms 15. Radar and its Application in Weather Detection 16. Hailstorms 17. Tornadoes, Waterspouts,Dust Devils 18. Ice Accretion on Aircraft 19. Visibility and Fog 20. The Surface Wind 21. Divergence, Vortical Motion and Vorticity22. Wind Shear, Clear Air-Turbulence and Jet Streams 23. Air Masses and Fronts 24. Tropical Meteorology 25. Tropical Cyclone26. Monsoons 27. The General Circulation of the Atmosphere 28. Climatolgy 29. Climate of India 30. Western Disturbances and Summer
Thunderstorm over India 31. General Aviation Services 32. Meteorological Services for International Air Navigation 33. World Area Forecast System(WAFS) 34. Meteorological Observations 35. Satellite Meteorology 36. Climatology for Aviators 37. Aviation Weather Reports and Codes 38. AviationWeather Forecasts and Codes 39. SIGMET and AIRMET Information and Aerodrome Warnings 40. Meteorology for Helicopter Operations
Contents: 1. Introduction Part - I Basics of Structural Analysis 2. Mechanical Properties of Materials 3. Properties of Sections4. Mechanics of Rigid Bodies 5. Energy Principles 6. Analysis of Trusses 7. Analysis of Continuum Structures Part II - Design andAnalysis of Aeroplane Structures 8. Design Aspects of Aeroplane Structure 9. Basics of Aerodynamics 10. Loads on AeroplaneStructure 11. Analysis of Determinate and Indeterminate Beams 12. Analysis of Shafts 13. Buckling of Columns 14. Bending andBuckling of Thin Plates 15. Shear Flow, Shear Center and Shear Lag 16. Analysis of Aeroplane Fuselage and Wing 17. FatigueAnalysis Part - III Other Relevant Topics 18. Materials of Aeroplane Construction 19. Finite Element Method 20. Aeroelasticity
Robert M. JonesContents: 1. Introduction to Composite Materials 2. MacromechanicalBehavior of a Lamina 3. Micro-mechanical Behavior of a Lamina4. Macromechanical Behavior of a Laminate 5. Bending, Buckling andVibration of Laminated Plates 6. Other Analysis and Behavior Topics7. Introduction to Design of Composite Structures
Thomas R. KurfessContents: 1. The History of Robotics, 2. Rigid-Body Kinematics, 3. Inverse Kinematics, 4. Newton-Euler Dynamics ofRobots, 5. Lagrangian Dynamics,6. Kane’s Method in Robotics, 7. The Dynamics of Systems of Interacting Rigid Bodies, 8. D-HConvention, 9. Trajectory Planning for Flexible Robots, 10. Error Budgeting, 11. Design of Robotic End Effectors, 12. Sensors, 13. Precision Positioning of Rotary and Linear Systems, 14.Modeling and Identification for Robot Motion Control, 15. MotionControl by Linear Feedback Methods, 16. Force/Impedance Control for Robotic Manipulators, 17. Robust and Adaptive Motion Controlof Manipulators,18. Sliding Mode Control of Robotic Manipulators, 19. Impedance and Interaction Control, 20. Coordinated MotionControl of Multiple Manipulators, 21. Robot Simulation, 22. A Survey of Geometric Vision, 23.Haptic Interface to VirtualEnvironments, 24. Flexible Robot Arms, 25.Robotics in Medical Applications, 26. Manufacturing Automation
Rpt. 2013 9780849318047 BSPCRC HB Rs. 3500.00
NEW
DRAWING / MECHANICAL
Curves and Surfaces for CAGD: A Practical Guide, 5th Ed.Gerald Farin
Contents: 1. P. Bezier: How a Simple System was born, 2. Introductory Material, 3.Linear Interpolation, 4. The de CasteljauAlgorithm, 5. The Bernstein Form of a Bezier Curve, 6. Bezier Curve Topics, 7. Polynomial curve constructions, 8. B-SplineCurves, 9. Constructing Spline Curves, 10.W.Boehm: Differential Geometry I, 11. Geometric Continuity, 12. Conic Sections, 13. RationalBezier and B-Spline Curves, 14. Tensor Product Patches, 15. Constructing Polynomial Patches, 16. Composite Surfaces, 17.BezierTriangles, 18. Practical Aspects of Bezier Triangles, 19. W.Boehm: Differential Geometry II, 20. Geometric Continuity forsurfaces, 21.Surfaces with Arbitrary Topology, 22. Coons Patches, 23. Shape, 24.Evaluation of some methods
Thermodynamics for Engineers, 2nd Ed.Kaufui Vincent Wong
Contents: 1. Concepts, Definitions, and the Laws of Thermodynamics 2. Properties of Pure Substances 3. Mass Conservation andthe First Law of Thermodynamics 4. Second Law of Thermodynamics and Entropy 5. Energy (Availability) Analysis 6. Vapor PowerSystems 7.Thermodynamic Property Relations 8. Principles of Energy (Heat) Transfer.
Handbook of Induction HeatingValery Rudnev, Don Loveless, Raymond L. Cook and Micah Black
Contents: 1. Introduction 2. Industrial Applications of Induction Heating 3. Theoretical Background 4. Temperature Measurement5. Heat Treatment by Induction 6. Special Application of Induction Heating 7. Induction Mass Heating 8. Power Supplies for ModernInduction Heating
The Industrial Information Technology HandbookRichard Zurawski
Contents: Part-I: Fundamentals of Information Technology, Section-1: Computer Software and Web Technologies, Section-2:TheInternet and IP Networks, Part-II: Industrial Information Technology, Section-3: Industrial Communication Systems, Section-4: TheInternet, Web, and IT Technologies in Industrial Automation and Design,Section-5: Intelligent Sensors and Sensor Networks, Section-6: Real-Time Embedded Systems, Section-7:Integration Technologies
The CRC Handbook of Thermal EngineeringFrank Kreith
Contents: 1. Engineering Thermodynamics 2. Fluid Mechanics 3. Fundamentals of Heat and Mass Transfer 4. Applications5. Numerical Analysis and Computational Tools
Energy Management and Conservation HandbookD. Yogi Goswami and Frank Kreith
Contents: 1. Energy Efficiency and Conservation 2. Energy Supply, Demand, and Price Projections through 2025, 3. EconomicMethods 4. Energy Audits for Buildings 5. Electrical Energy Management in Buildings 6. HVAC System Design and Control 7. EnergyEfficient Lighting Technologies 8. Major Appliances and Space Conditioning Equipment 9. Heat Pumps 10. Energy Management inIndustry 11. Electric Motor Systems Efficiency 12. Energy Storage 13. Demand Side Management
Contents: Part 1: Technology 1. Introduction 2. History 3. Thermodynamics and Electrochemical Kinetics 4. Fuel Cell Componentsand their Impact on Performance 5. The Fueling Problem: Fuel Cell Systems 6. Catalysts for the Proton Exchange Membrane Fuel Cell7. Prospects of the Direct Methanol Fuel Cell Part Ii: Applications 8. Stationary Power Generation 9. Portable Systems10. Automotive Applications 11. Competing Technologies for Transportation 12. Fuel Cell Fuel Cycles 13. Outlook - The Next Five Years
Finite Element Analysis:for Students & Practicingengineers
G. Lakshmi Narasaiah
2008 340 pp 978-81-7800-139-5BSPBSP PB Rs. 275.00
Applied FiniteElement Analysis,2nd Ed.
Larry J. SegerlindContents: 1. Introduction 2. One-dimenstional LinearElement 3. A Finite Element Example 4. ElementMatrices: Galerkin Formulation 5. Two-DimensionalElements 6. Coordinate Systems Part II Field Problems
7. Two-dimensional Field Equation 8. Torsion of Noncircular Sections9. Derovatove Boundary Conditions: Point Sources and Sinks 10. IrrotationalFlow 11. Heat Transfer by Conduction and Convection 12. AcousticalVibrations 13. Axisymmetric Field Problems 14. Time-Dependant FieldProblems: Theoretical Considerations 15. Time-Dependant Field Problems:Practical Considerations 16. Computer Program for Two-Dimensional FieldProblems Part III - Structural and Solid Mechanics 17. The Axial ForceMember 18. Element Matrices: Potential Energy Formulations 19. The TrussElement 20. A Beam Element 21. A Plane Frame Element 22. Theory ofEsasticity 23. Two-Dimensional Elasticity 24. Axisymmetric Elasticity25. Computer Programs for Structural and Solid Mechanics Part IV - Linearand Quadratic Elements 26. Element Shape Functions 27. Element Matrices28. Isoparametric Computer Programs
Science & Technology of Photovoltaics, 2nd Ed.Jayarama Reddy P.
Contents : 1. Fundamentals of Solar Cells 2. Solar Cell Technologies 3. Solar Modules & Arrays 4. Solar Photovoltaic Systems5. Storage Batteries 6. Power Conditioning Equipment 7. Design, Installation and Operation of a Solar PV System 8. Building IntegratedPhotovoltaics 9. Energy Analysis and Environmental Issues 10. Market for Photovoltaics
Energy Resources, Utilization and TechnologiesAnjaneyulu Yerramilli and Francis Tuluri
Contents: 1. Introduction – Energy Fundamental Concepts, Sources and Utilization 2. Solar Energy 3. Biomass Energy 4. WindEnergy 5. Ocean Energy 6. Geothermal Energy 7. Hydrogen Energy 8. Fuel Cells 9. Nuclear Energy 10. Application of Nanotechnologiesfor Clean Energy
Proceedings of InternationalConference onComputational Methods inEngineering and SciencesEditors: Dr. P. Ravinder Reddy, Dr. M.V.S.Murali Krishna and Er. N. V. SrinivasuluContents: Invited Papers - Computational FluidDynamics - Composite Materials - Engineering Design- Industrial Engineering - Finite Element Method -
Manufacturing - Nano-Science and Technology - Artificial and NeuralNetworks - Thermal Engineering - Vibration Engineering - Heat Exchangers- Solar Engineering - Modeling and Simulation - Alternate Fuels - RoboticEngineering - Materials - Tribology - Metal Forming - General Engineering
Contents: Part 1: Basics, Part 2: Classical Fluid Dynamics, Part 3: High Reynolds Number Asymptotic Theories, Part 4: NumericalSolution of the Equations of Fluid Dynamics, Part 5: Experimental Methods in Fluid Mechanics, Part 6: Applications
Contents: Section 1 Green Cement: 1 What is a Green Cement Plant 2 Green House Gases 3 Summary Section 2 BlendedCements 1 Blended Cements & Designing Cement Plants to make them 2 Composite Cements Section 3 Carbon Capture &Storage Systems 1 Carbon Capture & Storage (CCS) Section 4 Alternate Fuels & Raw Materials 1 General Introduction 2Properties of Commonly Available Alternate Fuels (AFs) 3 Feasibility of Using Alternate Fuels in Cement Kilns 4 Possibilities of UsingAFRs in Cement Plants 5 Procurement, Processing, Storage & Transport of AFs 6 Design & Engineering of Systems for firing AFs7 New Machinery to be installed for AFs 8 Capital Costs, Payback Period and Benefits 9 Alternate Raw Materials 10 Quality Control11 Procedure to begin to use AFs on Continuous Basis 12 Problems in Using AFs 13 Recommendations & Conclusion Section 5Waste Heat Recovery Systems 1 Green Cement and Waste Heat Recovery (WHR) Introduction 2 Waste Heat Available for Generation of Power 3Systems Available for Using Waste Heat for Co-generation of Power4 Machinery for WHR Systems 5 Potential for Generation of Power 6 Options forLocations of WHR Systems & Flow Charts 7 Ordering WHR Systems 8 Capital Costs, Savings & Pay back Period 9 Design and Operational Aspects 10Evaluation of Results of Installing WHR Systems Section 6 Other Aspects of Green Cement Plants 1 Introduction 2 Green Buildings 3 WaterConservation and Rain Water Harvesting 4 Mining & Landscaping 5 Electrical Instruments and Appliances 6 Renewable Sources of Energy 7 Wind Power8 Solar Power Section 7 Features of Large Green Cement Plants 1 Overview 2 Sectional Capacities & Capacities of Major Individual Machines &Auxiliaries 3 Number of Units of Major Machines to meet Sectional Capacities 4 Storages to be provided 5 Developing Layouts for a Green Cement Plant6 Layout for Despatch of Cements Bagged and in Bulk 7 Developments in Machinery now Available of Making Cements New Machinery Section 8Capital Costs & Costs of Production 1 Capital Costs & Costs of Production Section 9 Cement Substitutes 1 Cement Substitutes a Peep into thefuture Section 10 Conclusion 1 Conclusion Section 11 Sources 1 Books & Periodicals 2 Brochures and Catalogues 3 Plates 4 Figures 5 Tables &Annexures
Flexible Manufacturing Systems in Practice, 2nd Ed.Joseph Talavage and Roger G. Hannam
Contents: 1. Introduction 2. The Development of Manufacturing Systems 3. Flexible Manufacturing System-Their Development andBenefits 4. Pallets, Fixtures and Machines 5. Work-Handling and System Layouts 6. System Management and the Developing Scene7. Simulation and Analysis in the Design of FMS 8. Simulation Modeling 9. Network-of-Queue Modeling 10. Network-of-QueueAnalysis of a Deisgn Aid for FMS 11. Simulation for FMS Design 12. Perscriptive Tools of FMS Design 13. Economic Justification ofFMS 14. Artificial Intelligence in the Design of FMS
Handbook of Scheduling:Algorithms, Models, and Performance Analysis
Joseph Y-T. LeungContents: Part 1: Introduction Part 2: Classical Scheduling Problems Part 3: Other Scheduling Models Part 4: Real-Time SchedulingPart 5: Stochastic Scheduling with Earliness and Tardiness Penalties Part 6: Applications
The Industrial Information Technology HandbookRichard Zurawski
Contents: Part-I: Fundamentals of Information Technology, Section-1: Computer Software and Web Technologies, Section-2:TheInternet and IP Networks, Part-II: Industrial Information Technology, Section-3: Industrial Communication Systems, Section-4: TheInternet, Web, and IT Technologies in Industrial Automation and Design,Section-5: Intelligent Sensors and Sensor Networks,Section-6: Real-Time Embedded Systems, Section-7:Integration Technologies
The Industrial Communication Technology Hand Book Richard Zurawski
Contents: Part 1: Basics of data communication and IP networks, 1. Principles of Lower-Layer Protocols for Data Communicationsin Industrial Communication Networks, 2. IP Internetworking, 3. A Perspective on Internet Routing: IP Routing Protocols and AddressingIssues, 4.Fundamentals in Quality of Service and Real-Time Transmission, 5. Survey of Network Management Frameworks, 6. InternetSecurity, Part 2 :Industrial communication technology and systems, Section I. Field Area and Control Networks, Section II. Ethernetand Wireless Network Technologies, Section III. Linking Factory Floor with the Internet and Wireless Field buses, Section IV. NetworkSecurity and Safety Technologies In Industrial Networks, Section V. Applications of Networks and Other Technologies
Quality : A Critical Introduction, 3rd Ed.Beckfordg John.L.W
Contents: 1. The Quality Imperative 2. Quality: A Strategic Decision? 3. Barriersto Quality 4. The Emergence of Management Part Two: The Quality Gurus UserGuide 5. Philip B. Crosby 6. W. Edwards Deming 7. Armand V. Feigenbaum8. Kaoru Ishikawa 9. Joseph M. Juran 10. John S. Oakland 11. Taiichi Ohno12. Shigeo Shingo 13. Genichi Taguchi Part Three: Contemporary Thinking UserGuide 14. Contingency Theory 15. Organisations as Systems 16. OrganisationalCybernetics 17. Soft Systems Thinking 18. Critical Systems Thinking 19. Business
Process Re-engineering 20. Organisational Learning 21. Systemic Quality Management Part Four:Methods, Tools & Techniques User Guide 22. SB Foods: A Quality Problem? 23. First Intervention24. Second Intervention 25. Final Intervention
Sergey Edward LyshevskiContents: 1. Overview and Introduction 2. NewTrends in Engineering and Science: Micro- andNanoscale Systems 3. Fundamentals of MEMSFabrication 4. Devising and Synthesis of MEMS AND
NEMS 5. Modeling of Micro- and Nanoscale Electromechanical Systems,Devices, and Structures 6. Nanosystems, Quantum Mechanics, andMathematical Models 7. Control of Microelectromechanical Systems 8. CaseStudies: Synthesis, Analysis, Fabrication, and Computer-Aided Design of MEMS
Automotive Embedded Systems HandbookNicolas Navet and Francoise Simonot-Lion
Contents: Part – I: Automotive Architectures, 1. Vehicle Functional Domains and Their Requirements, 2. Application of theAUTOSAR Standard, 3. Intelligent Vehicle Technologies, Part – II: Embedded Communications, 4. A Review of EmbeddedAutomotive Protocols, 5. FlexRay Protocol, 6. Dependable Automotive CANs, Part – III: Embedded Software and DevelopmentProcesses, 7. Product Lines in Automotive Electronics, 8. Reuse of Software in Automotive Electronics, 9. Automotive ArchitectureDescription Languages, 10. Model-Based Development of Automotive Embedded Systems, Part – IV: Verification, Testing, andTiming Analysis,11. Testing Automotive Control Software, 12. Testing and Monitoring of FlexRay-Based Applications, 13. TimingAnalysis of CAN-Based Automotive Communication Systems, 14. Scheduling Messages with Offsets on Controller Area Network—A Major Performance Boost, 15. Formal Methods in the Automotive Domain: The Case of TTA
Advanced Internal Combustion EnginesK. Sudhakar and Anil Kumar
Contents: 1. Internal Combustion Engine 2. Internal Combustion Engine System 3. IC Engine Testing and Performance 4. Combustion in SIEngines 5. Combustion in CI Engines 6. Pollutant Formation and Control 7. Conventional and Alternative Fuels 8. Recent Trends in IC Engines.
A.R. Israni and P.K. ShahContents: 1. Introduction 2. Fuel and Combustion3. Properties of Gases 4. Properties of Steam 5. HeatEngines 6. Steam Boiler 7. Internal Combustion Engines8. Speed Control 9. Pumps 10. Air Compressors11. Refrigeration and Air Conditioning 12. Couplings,
Clutches and Brakes 13. Power Transmission System 14. ImportantEngineering Materials
2011 652 pp 978-93-81075-35-7 PBBSPBSP Rs. 325.00
Shaft Alignment Handbook, 3rd Ed.Piotrowski
Contents: 1. Introduction to Shaft Alignment, 2. Detecting Misalignment on Rotating Machinery, 3. Foundations, Baseplates, Installation,and Piping Strain, 4. Flexible and Rigid Couplings, 5. Preliminary Alignment Checks, 6. Shaft Alignment Measuring Tools, 7. CorrectingMisalignment, 8. Alignment Modeling Basics, 9. Defining Misalignment: Alignment and Coupling Tolerances,10. Reverse IndicatorMethod, 11. Face and Rim Methods, 12. Double Radial Method, 13. Shaft to Coupling Spool Method, 14. Face-Face Method,15. Electronic and Electro-Optical Shaft Alignment Systems, 16. Measuring and Compensating for Off-Line to Running MachineryMovement, 17. Aligning Multiple-Element Drive Systems, 18. Aligning V-Belt Drives, 19. Bore Alignment 20. Parallel Alignment,21. Alignment Considerations for Specific Types of Machinery, 22. The History of Machinery Alignment
The Mechanical Systems Design HandbookHurmuzluContents: Section I: Manufacturing, Section II: Vibration Control, Section III: Dynamics and Control of Aerospace Systems,Section IV: Robotics
Contents: 1. Electrical and Computer Engineering, 2. Civil and Environmental Engineering, 3. Chemical Engineering, Chemistry, andMaterials Science, 4. Mechanical Engineering, 5. General Engineering and Mathematics
Contents: Unit I - Basic Metals and Alloys: Properties and Applications 1. Properties of Materials 2. Ferrous Materials 3. Non-ferrous Metals and Alloys Unit II - Introduction to Metal Forming, Casting Processes and its Applications 4. Metal Forming 5. CastingUnit III - Introduction to Machining Welding and Its Applications 6. Machining 7. Welding 8. Miscellaneous Topics 9. Non-MetallicMaterials 10. Miscellaneous Processes
Singer’s Engineering Mechanics Statics and Dynamics, 3rd Ed. (SI Units)Singer
Contents: Part - I Statics, 1. Introductory Concepts 2. Resultants of Force System 3. Equilibrium of Force Systems4. Analysis ofStructures, 5. Friction 6. Centroids and Centers of Gravity 7. Moments of Inertia 8. Special Topics Part - II Dynamics 9.. Kinematicsof a Particle 10. General Principles of Dynamics 11. Kinetics of Particles 12. Kinematics of Rigid Bodies 13. Kinetics of Rigid Bodies14. Work-Energy Method 15. Impulse and Momentum 16. Mechanical Vibrations
Integral Approaches to Tribo-testing in Mechanical EngineeringDr. H. Prashad
Contents: I - Tribology 1. Tribology, Its Significance and Multifold Applications II - Lubricants 2. Latest Tribology Testing ofLubricating Oils and Effect of Nano-additives on Oils 3. Diagnosis of Deterioration of Lithium Greases Used in Rolling-ElementBearings by X-Ray Diffractrometry 4. Acceptance Criterion for Turbine Oils 5. A Combinatorial Approach to Elucidating TribochemicalMechanisms III - Bearing under Electric Current 6. A State-of-the-Art Review of Bearings and Lubricants in Electrical Environment7. Causes of Shaft Voltages in Rotating Machines 8. Magnetic Flux Density Distribution on Track Surfaces of Rolling-ElementBearings 9. Unusual Causes of Rolling-Element Bearings Failure 10. Localized Electrical Current in Rolling-Element Bearings11. Rolling-Element Bearings Under the Influence of an Electric Current IV - Bio-tribology 12. Tribometrology of Skin 13. TribologicalTesting of Skin Products: Gender, Age, and Ethnicity on the Volar Forearm 14. Tribometrological Studies in Bioengineering 15. AnOverview of Tribological Studies on Coefficient of Friction of Human Skin 16. Wear Behavior and Debris Distribution of UHMWPE
against Si3N4 Ball under Bi-Directional Sliding 17. Micro/Nano Scale Mechanical and Tribological Characterization of Silicon carbide for OrthopedicApplications 18. The Frictional Coefficient of Bovine Knee Articular Cartilage V - Tribology in Engines 19. Investigations of Low Friction Ring Pack forGasoline Engines 20. Investigations into Characterization and Simulation of Cylinder Linear Surface Finishes VI - Films and Coatings 21. Multi-SensorTesting of Thin and Thick Coatings for Adhesion and Delamination 22. Comprehensive Tribo-Mechanical Testing of Hard Coatings 23. Quantitative Nano& Micro Scale Metrology of Thin Films and Coatings24. Integrated Multi-Sensor Tribo-SPM 25. Evaluation of the Bond Strength of Thermal SprayedCoatings 26. Friction and Wear of a Rubber Coating in Fretting 27. Friction Coefficient Studies on Hold-Down Systems for Space Mechanisms 28. Methodof Characterizing Electrical Contact Properties of Carbon Nano-tube Coated Surfaces VII - Polymers 29. Experiments on Precision Measurements ofViscoelastic Properties of Industrial Polymers 30. Properties of Peek-Based Nano-composite Coatings Incorporating Inorganic Fullerene-Like Nano-particles 31. Synthesis of Cr2O3-Based Nano-composite Coatings with Incorporation of Inorganic Fullerene-Like Nano-particles VIII - Indentation,Scratch and Mapping 32. Comparison of Instrumented and Conventional Nano and Micro Indentation and Scratch Tests 33. Tribo-Mechanical Nano-Characterization of Thin Films 34. Non-Destructive High-Resolution Stiffness Mapping of Composite Engineered Surfaces IX - CMP-Chemico MechanicalProcessing 35. Post-CMP (Chemical Mechanical Polarisation) Cleaning Applications: Challenges and Opportunities 36. Bench Top Dual Mode eCMPPolisher with Multi Sensing Metrology X - Cosmetics 37. Comprehensive Nano-Mechanical and Tribological Characterization of Hair