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41 wyników Filtruj
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Optimal experimental design with R / Dieter Rasch [et al.] - Boca Raton [etc.] : CRC Press, Taylor & Francis, cop. 2011 - XIX, [1], 325 s. : il. ; 24 cm.
Bibliogr. s. 307-317. Indeks.
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Reliability engineering : a life cycle approach / Edgar Bradley. - Boca Raton : CRC Press, Taylor & Francis Group, copyright 2017. - XXI, [1], 367 stron : ilustracje ; 26 cm.
Bibliografia strona 349. Indeks.
Reliability Fundamentals Component Reliability Introduction The Importance of Reliability History Definitions Reliability Maintainability Availability Unreliability Unavailability Component Correlation Coefficient System Failure Failure Rate Failure Probability Density Function Sample Population Acronyms Basic Statistics Probability Assignment The Failure Probability Density Function Three Common Failure Patterns The Negative Exponential Distribution The Mathematics of Randomness The Normal Distribution The Weibull Distribution The Bathtub Curve Weibull Analysis Problems with Weibull Weibull Cautions Using Weibull When Very Little Data Are Available Assignments Assignment Weibull Familiarisation Assignment Weibull Problem Assignment Another Weibull Problem Assignment Spring Design Assignment Weibull Analysis of Rolling Element Bearings Assignment New Era Fertilizer Plant Assignment The Life History of a Hillman Vogue Sedan Reliability Fundamentals II: System Reliability A Note of Caution System Configurations Redundancy M-out-of-N Redundancy System Reliability Prediction Availability and Maintainability The Maintainability Equation The Equations for System Availability Storage Capacity Reduced Capacity States Other Forms of System Reliability Analysis Method Deconstruction Method Method Cut Sets Monte Carlo Simulation Markov Simulation Interconnections Laplace Analysis Failure Modes and Effects Analysis (FMEA) and Failure Modes and Effects Criticality Analysis (FMECA) History Flavours of FMEA/FMECA Process versus Design or Product FMEA/FMECA Design FMECA Which Templates to Use? Basic Analysis Procedure for an FMEA or FMECA Advantages of the FMEA/FMECA Process Limitations of the FMEA/FMECA Process FMEA of a Scraper Winch Operation Common Failures and Recent Improvements Assignment Fault Tree Analysis Assignment Additional Assignments Assignment The Assignment The Parallel System of Conveyors Assignment Availability Upgrade Assignment Laplace Calculation Assignment A System Availability Prediction Maintenance Optimisation Maintenance - Raison d'etre Know Your Plant, Keep It Good as New Data Collection The Big Five Maintenance Optimisation Reliability Centred Maintenance The RCM Process The RCM Decision Diagram On-Condition Inspection Task Scheduled Rework Scheduled Discard Acronyms The RCM FMEA Alternative and Modified Forms of RCM of the RCM Output An RCM Example Economic Evaluation Total Productive Maintenance The Five Pillars Definition of TPM The Six Major Losses (Manufacturing Industry) The Eight Major Losses (Process Industry) The Primary TPM Metric: OEE The Goals of TPM Zero Breakdowns Zero Adjustments Zero Idling and Zero Minor Stoppages Speed Loss Quality Problems Semantics in Maintenance Management: Explanation and Qualification ISO 55000 Wrench Time Work Sampling Estimating Job Times Condition Monitoring The Four Kinds of Maintenance The Major Types of Condition Monitoring Vibration Monitoring The Time Domain The Frequency Domain The Measurement of Vibration Positioning of Transducers Detection of Various Vibration Problems Resonance Unbalance Misalignment Rolling Element Bearings Ultrasonics Plain Bearings Gearboxes Sidebands Compressors Fans Oil Analysis History Requirements for Oil Analysis A Basic Test Programme Viscosity Water Content Acid Number Oxidation Element Analysis Additional Oil Analysis Tests Particle Count Ferrography Flash Point Thermography Incident Investigation or Root Cause Analysis Introduction Scope of Any Investigation Definitions and Abbreviations Abbreviations and Acronyms Root Cause Analysis Incident Investigation Techniques The Five Whys Kepner-Tregoe and Its Derivatives Step 1: Problem Definition Step The Problem Described in Detail: Identity, Location, Timing, Magnitude Step Where Does the Malfunction NOT Occur? Step What Differences Could Have Caused the Malfunction? Step 5: Analyse the Differences Step Verify Proposed Solution The ASSET Methodology Background to the Process The Sequence of Actions in the ASSET Process Personnel Errors Contributors to the Identified Errors Procedural Errors Deficiencies in Plant Proposal of Solutions Tables Management of the Incident Investigation Process Fault Trees Construction of the Fault Tree Ishikawa Diagrams Kipling's Serving Men Apollo Root Cause Analysis - Dean L Gano Causal Relationship Methods The Nature of Failure Other Techniques Essential for Modern Reliability Management: Configuration Management Flavours of CM: CMI versus CMII Preventive Maintenance Predictive Maintenance Information The Human Factor A Case Study of Poor CM Software for CM 235 A Final Note Codification and Coding Systems The History of Coding Coding Systems Linnaeus Dewey Decimal Classification System 236 UNSPSC Engineering Codification The History of the NATO Coding System Nations Using the Code Standardised Long Description Standardised Short Description Technical Dictionaries Advantages of the NATO System Master Data ISO Standard-Based Exchange of Product Data Non-Military Applications of Master Data Coding by Colour or Stamping Modern Trends in Codification Lubrication Manufacture of Lubricants Tribology The Requisite Qualities of a Lubricant Friction Wear Lubrication Hydrodynamic Lubrication Thin-Film or Mixed Lubrication Boundary Lubrication Elasto-Hydrodynamic Lubrication Lubricant Selection Lubricant Properties Viscosity Measurement Absolute Viscosity Kinematic Viscosity Contents The Role of Additives Different Lubricants for Different Applications Hydraulic Oils Turbine Oils Gear Compressor Wire Rope Lubricants Biodegradable Lubricants Greases Tests Other Tests for Greases Compatibility A Case Study in Lubricant Application Reverse Engineering Regression Analysis Correlation Confidence Limits Analysis of Variance Analysis of Variance Report Other Techniques Essential for Modern Reliability Management: Systems Engineering Optimisation Interface Management The Systems Engineering Approach Systems Engineering Design Systems Engineers Systems Engineering Organisation Financial Optimisation Features of Investment Projects Payback Discounted Cash Flow Internal Rate of Return Profitability Calculations Class Assignment Determination of the Discount Rate Handling Inflation Handling Tax System Modelling Simulation Simulation Example: Stock Control Class Assignment Monte Carlo Simulation Using Random Number Generation Assignment Linear Programming History of Linear Programming Two-Dimensional Linear Programming Other System Engineering Concerns Design for Operability Design for Supportability - The Concept of Integrated Logistic Support Queuing Theory Project Management The Work Breakdown Structure The Critical Path Network Activity on Arrow Project Budgeting and the S Curve Resource Allocation Reliability Management The Management Process What It Takes to Be a Manager A History of Management Thought Writers on Management Mary Parker Follett Henri Fayol Frederick Winslow Taylor Elton Mayo Douglas MacGregor Frederick Herzberg Peter Drucker J. Edwards Deming The Characteristics of a Successful Manager The Management Triangle The Management Process The Characteristics of a Successful Reliability Engineer The Characteristics of a Successful Reliability Engineering Manager Stress in Management Communication Readings in Reliability Management Introduction Reading Human Error in Maintenance and Reliability and What to Do about It (Also Known as Rules, Tools and Schools) Jack Nicholas Jr. Concept Exercise and Practise Leadership as well as Management Concept Look First at 'Programmatic' rather than 'Technical' Solutions to Reliability Problems Look for Indicators of Small, Seemingly Insignificant but Repetitious Reliability Problems and Act on the Findings Concept Don't Be Afraid of Mistakes; Learn from Them Concept Become a Procedure-Based Organisation, but Don't Overdo It Eliminate as Much Maintenance as Possible and Increase Emphasis on Reliability Concept Don't Forget the Roots of Your M & R Programme Initiatives for Improvement Conclusions Reading Why Managers Don't Endorse Reliability Initiatives Winston Ledet Design Issues in Reliability Engineering and Maintenance Factors of Safety and Probabilistic Design
Sygnatura czytelni BMW: XIII 10 (nowy)
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Key Concepts of Process Safety to Process Safety Purpose and Scope Application What Is Process Safety? Process Safety Is Not "Personal Safety" Why Is Process Safety Important? Business Impact Code of Ethics Conservation of Life Case Studies Large Companies Small Companies Universities Key Questions Process Safety Culture, Leadership, and Performance Key Concepts What Is Safety Culture? Characteristics of Safety Cultures Employee Participation Evaluating and Improving Safety Cultures Process Safety Leadership Process Safety Performance Process Safety Systems Key Concepts 57 3.2.1 Process Risk Managing Process Risk Protection Layer Model Process Safety Systems 66 3.4 Barrier Protection Layer Models Swiss Cheese Model Bow Tie Diagrams Case Study Operational Discipline Key Concepts Benefits of Strong OD Program Characteristics Organizational Personal Evaluating General Approaches Evaluating Personal Leadership Processes Section II Practical Approaches for Designing Safe Processes Design Safe Processes Using Codes and Standards Documenting the Technology Sustaining the Information The Process and Equipment Design Basis Applying Inherently Safer Process Design Understanding the Hazards Understanding the Process Risks Selecting the Equipment Selecting Safe Operating Limits for Process Equipment Establishing Safe Equipment Layout Establishing Equipment Integrity Documenting the Process and Equipment Design Specifications Measures of Success Identify and Assess Process Hazards Physical Property Data Completing the Intrinsic Hazards Assessment Toxicity Hazards Assessing Toxicity Hazards Flammability Hazards Assessing Flammability Hazards Assessing Explosion Hazards Combustible Dust Hazards Assessing Combustible Dust Hazards Chemical Reactivity Hazards Assessing Chemical Reactivity Hazards Developing a Chemical Compatibility Matrix Other Process Hazards Measures of Success Evaluate and Manage Process Risks What Is Process Hazards and Risk Analysis (PHRA)? When Is a PHRA Done? Who Does a PHRA? How Is a PHRA Done? Process Hazards Consequence Analysis 182 7.5 Hazardous Event Evaluation HAZOP What-If/Checklist Other Methodologies Human Factors Facility Siting Inherently Safer Processes Protection Layers Risk Analysis 205 Qualitative Risk Analysis Layer of Protection Analysis Quantitative Risk Analysis PHRA Revalidation Measures of Success Practical Approaches for Implementing Process Safety 8. Operate Safe Processes Providing Competency Training Sustaining Safe Developing Procedures: Process Safety Systems Developing Procedures: Safe Operations Developing Capability: Process Safety Systems Developing Capability: Safe Operations Measures of Success 9. Maintain Process Integrity and Reliability Inspection, Testing, and Preventative Maintenance Programs The Difference between Integrity and Reliability Ensuring Equipment Fitness for Service Maintenance Capability and Competency Identifying Critical Equipment Identifying Causes of Equipment Failure Developing an Effective Maintenance System Posed When Developing the Maintenance System Equipment Risk Based Inspection Equipment Reliability Equipment Quality Assurance Equipment Integrity Programs Combining Programs Ensuring Equipment Fitness for Service Addressing Equipment Deficiencies Monitoring the Equipment Maintenance System Measures of Success Change Processes Safely Defining Changes Managing Changes Communicating Changes Case Study Understanding Organizational Changes Understanding Technology Changes How Change is Managed Measures of Success Manage Incident Response and Investigation The Six Phases for Managing Incidents Effective Investigations Classifying the Types of Responses and Incidents Defining Emergencies Defining Incidents Planning and Responding to Emergencies Planning for Incidents Responding during the Incident Recovering From and Investigating Incidents Recovering from the Incident Investigating after the Incident Combining Resources When Recovering and Investigating Changing and Sustaining after the Incident Implementing the Changes Sustaining the Changes Incident Investigation Methods Why-Trees 312 X Contents Fishbone Diagrams Root Cause Analyses Fault Tree Analyses Applying Bow Tie Diagrams to Investigations Searching for the Event-Related Causes Visualizing Barrier Weaknesses on the Bow Tie Diagram Searching for the Systemic Causes Visualizing Systemic Weaknesses on the Bow Tie Diagram Searching for the Foundational Causes Case Measures of Success Monitor Process Safety Program Effectiveness Key Concepts Sensitivity to Operations Learning Organizations Process Safety Metrics (Key Performance Indicators) Development of Metrics Use of Metrics Process Safety Audits Preparing for an Audit Conducting an Audit Documenting an Audit Measures of Success Section IV Practical Approaches for Achieving Process Safety Excellence Develop Personal Capability in Process Safety Process Safety Roles and Responsibilities How to Be Effective in Process Safety Roles Developing Technical Process Safety Knowledge Influencing the Organization Thinking and Communicating Independently Developing a Learning Plan Commit to a Safe Future Maintaining an Effective Process Safety Program Looking to the Future of Process Safety
Sygnatura czytelni BMW: XIII 9 (nowy)
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"A Chapman & Hall book".
Bibliografia na stronach 217-220. Indeks.
1Principles of Mathematical Modeling 1.1How to develop a mathematical model 1.1.1A simple mathematical model 1.1.2Use of a computer 1.1.3Development of mathematical models 1.2Types of models 1.3Stability of models 1.4Dimension, units, and scaling 1.4.1Dimensional analysis 1.4.2Scaling 2Numerical and symbolic computations 2.1Numerical and symbolic computations of derivatives and inte¬grals 2.2Iterative methods 2.3Newton's method 2.4Method of successive approximations 2.5Banach Fixed Point Theorem 2.6Why is it difficult to numerically solve some equations? II Basic Applications 3Application of calculus to classic mechanics 3.1Mechanical meaning of the derivative 3.2Interpolation 3.3Integrals 3.4Potential energy 4Ordinary differential equations and their applications 4.1Principle of transition for ODE 4.2Radioactive decay 4.3Logistic differential equation and its modifications 4.3.1Logistic differential equation 4.3.2Modified logistic equation 4.3.3Stability analysis 4.3.4Bifurcation 4.4Time delay 4.5Approximate solution to differential equations 4.5.1Taylor approximations 4.5.2Pade approximations 4.6Harmonic oscillation 4.6.1Simple harmonic motion 4.6.2Harmonic oscillator with friction and exterior forces 4.6.3Resonance 4.7Lotka-Volterra model 4.8Linearization 5Stochastic models 5.1Method of least squares 5.2Fitting 5.3Method of Monte Carlo 5.4Random walk 6One-dimensional stationary problems 6.1ID geometry 6.2Second order equations 6.3ID Green's function 6.4Green's function as a source 6.5The (5-function III Advanced Applications 7Vector analysis 7.1Euclidean space R3 7.1.1Polar coordinates 7.1.2Cylindrical coordinates 7.1.3Spherical coordinates 7.2Scalar, vector and mixed products 7.3Rotation of bodies 7.4Scalar, vector and mixed product in Mathematica 7.5Tensors 7.6Scalar and vector fields 7.6.1Gradient 7.6.2Divergence 7.6.3Curl 7.6.4Formulae for gradient, divergence and curl 7.7Integral theorems 8Heat equations 8.1Heat conduction equations 8.2Initial and boundary value problems 8.3Green's function for the ID heat equation 8.4Fourier series 8.5Separation of variables 8.6Discrete approximations of PDE 8.6.1Finite-difference method 8.6.2ID finite element method 8.6.3Finite element method in R2 8.7Universality in Mathematical Modeling. Table 9Asymptotic methods in composites 9.1Effective properties of composites 9.1.1General introduction 9.1.2Strategy of investigations 9.2Maxwell's approach 9.2.1Single-inclusion problem 9.2.2Self consistent approximation 9.3Densely packed balls 9.3.1Cubic array 9.3.2Densely packed balls and Voronoi diagrams 9.3.3 Optimal random packing
Sygnatura czytelni BMW: XIII 151 (nowy)
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Wykaz autorów na stronach XIII-XVIII.
Bibliografia przy pracach. Indeks.
Trends and success factors in mass customization An introduction to mass customized manufacturing Designing assembly lines for mass customization production systems Role of information systems in mass customization Complexity drivers in mass customization Complexity issues in mass customized manufacturing Modeling of assembly supply chain structures Variety-induced complexity metrics Product variety management assuming product configuration conflicts Management and sustainability of mass customization Product configuration for order acquisition and fulfillment Shoe configurators: A comparative analysis of capabilities and benefits Empirical investigation on implications of configurator applications for mass customization Sustainability assessments for mass customization supply chains Sustainability issues in mass customized manufacturing.
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Risk management in water distribution system operation and maintenance using Bayesian theory B. Tchorzewska-Cieslak & K. Pietrucha-Urbanik Differentiation of selected components in bottom sediments of Poland's Solina-Myczkowce complex of dam reservoirs L. Bartoszek, J.A. Tomaszek & J.B. Lechowicz The role of wetlands in the removal of heavy metals from the leachate (on the example of the Lipinka River catchment, southern Poland) T. Molenda The possibilities of limitation and elimination of activated sludge bulking M. Kida, A. Maslon, J.A.Tomaszek & P. Koszelnik Lakes and reservoirs restoration-Short description of the chosen methods L. Bartoszek & P. Koszelnik The use of keramsite grains as a support material for the biofilm in moving bed technology A. Maslon & J.A. Tomaszek A review of current knowledge on N2O emissions from WWTPs J.A. Tomaszek & J. Czarnota
Sygnatura czytelni BMW: XIII 11 (nowy)
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The induction machines design handbook / Ion Boldea, Syed A. Nasar. - 2nd ed. - Boca Raton, FL : CRC Press / Taylor & Francis, cop. 2010. - [18], 827 s. : il. ; 27 cm.
(The Electric Power Engineering Series)
Rev. ed. of The induction machine handbook (2002).
Bibliogr. przy rozdz. Indeks.
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Fundamentals of Machining and Machine Tools / Geoffrey Boothroyd, Winston A. Knight. - 3rd ed. - Boca Raton : CRC Press ; London : Taylor & Francis, cop. 2006. - [30], 573 s. : il. ; 24 cm.
(Mechanical Engineering ; 198)
Bibliogr. przy rozdz. Indeks.
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Multiphase Flow Handbook / red. Clayton T. Crowe. - Boca Raton : Taylor & Francis : CRC Press, 2006. - [1140] s. [wiele liczb.] : il., rys., schem., tab., wykr. ; 27 cm.
(Mechanical Engineering Series)
Bibliogr. przy rozdz.
Sygnatura czytelni BMW: XIII 57 (nowy)
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(Applied Ecology and Environmental Management)
Bibliografia strony 367-374. Indeks.
The Ecosystem as an Object for Research Holism versus Reductionism Interpreting Ecosystem Reality Ecosystem Structure Complexity and Self-Organization Energy Flows through the Biosphere Brief History of the Biosphere. Conservation Principles Space Conservation Mass Conservation Energy Conservation: Thermodynamics' First Principle Energy Dissipation The Second Principle Dissipative Structures Irreversible Processes Entropy Production A Perspective from Information and Systems Theory Information: Definition and Measure Thermodynamic Entropy and Shannont InformationSolar Energy and InformationEcological Network Analysis Exergy Ecological Processes: An Overview Section II Physical Processes Space and Time Scale and Hierarchy Space Delimitation: Boundaries Flows through Open Systems Equilibrium, Stability, and Steady State Mass Transport Advection and Diffusion Dispersion Mass Balance and Reactors Settling and Resuspension Transport in Porous Media Transport at Interfaces Reaeration Volatilation Transport over Membranes Energetic Factors Solar Radiation Light Extinction Evapotranspiration Effects of Waves in Aquatic Ecosystems Section III Chemical Processes Chemical Reactions Chemical Equilibrium Enzymatic Processes Redox Acid-Base Solutions, Precipitatiorg and Flocculation Chemical Lysis Hydrolysis Proteolysis Photolysis Phase Partition Adsorption and Partition of Organic Compounds Ion Exchange Complex Formation Activities and Activity Coefficients Section IV Biological Processes Biogeochemical Cycles Oxygen Cycle Aerobic and Anaerobic Conditions Carbon Cycle and Biosphere Stability Conditions Nitrogen Cycle Phosphorus Cycle Photosynthesis Growth Metabolic Growth Model Allometric Principles Primary Production Limitation Rationale behind Michaelis-Menten Nutrient Limitation Temperature Dependence LightDependence Colimitation Respiration Nutrient and Metal Uptake Excretion Fixation Mortality Production of Upper Trophic Levels Grazing Predation Microbial Processes... Microbial Loop Role of Detritus Biological Decomposition Ecotoxicological Processes Biodegradation Bioaccumulation, Bioconcentration, and Biomagnification Equilibrium between Spheres; Partition of Toxic Substances among Air, Water, Soil, and Biota Atmosphere-Hydrosphere (Henry's Law Hydrosphere-Lithosphere (Adsorption) Hydrosphere-Biospherą Atmosphere-Biosphere, and Lithosphere-Biosphere Biological Interactions Adaptation and Shift in Species Composition Competition Other Biological lnteractions Trophic Networks Section V Landscape Processes Aquatic Ecosystems Eutrophication Lakes Wetlands, Transitional Water Ecosystems Rivers open Sea Fishery Terrestrial Ecosystems Decomposition of Organic Matter in Soil Toxic Substances in Soil Erosion and Leaching Ecosystem Transitions Landscapes and Urban Ecosystems Landscape Processes Population Growth Environmental Processes and Urban Ecosystems Urban Solid Waste Management The Atmosphere Atnospheric Pollution by Gases and Particles Modifying the Distribution Patterns Ozone Depletion Henry's Law Acidification Appendix: The Double Logarithmic Representation
Sygnatura czytelni BMW: XIII 20 (nowy)
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Applied strength of materials / Robert L. Mott, Joseph A. Untener. - Sixth edition SI units version. - Boca Raton : CRC Press, Taylor & Francis Group, [2018] - XV, [1], 806 stron : ilustracje ; 26 cm.
Bibliografia przy rozdziale. Indeks.
Basic Concepts in Strength of Materials The Big Picture Objective of This Book: To Ensure Safety Objectives of This Problem-Solving Procedure Basic Unit Systems Relationship among Mass, Force, and Weight Concept of Stress Direct Normal Stress Stress Elements for Direct Normal Stresses Concept of Strain Direct Shear Stress Stress Elements for Shear Stresses Preferred Sizes and Screw Threads Structural Shapes Experimental and Computational Stress Analysis Review of the Fundamentals of Statics Design Properties of Materials The Big Picture Objectives of This Chapter Design Properties of Materials Steel Cast Iron Aluminum Copper, Brass, and Bronze Zinc-, Magnesium-, Titanium-, and Nickel-Based Alloys vi Contents Nonmetals in Engineering Design Wood Concrete Plastics Composites Materials Selection Direct Stress, Deformation, and Design The Big Picture Objectives of This Chapter Design of Members under Direct Tension or Compression Design Normal Stresses Design Factor Design Approaches and Guidelines for Design Factors Methods of Computing Design Stress Elastic Deformation in Tension and Compression Members Deformation due to Temperature Changes Thermal Stress Members Made of More Than One Material Stress Concentration Factors for Direct Axial Stresses Bearing Stress Design Bearing Stress Design for Direct Shear, Torsional Shear, and Torsional Deformation The Big Picture Objectives of This Chapter Design for Direct Shear Stress Torque, Power, and Rotational Speed Torsional Shear Stress in Members with Circular Cross Sections Development of the Torsional Shear Stress Formula Polar Moment of Inertia for Solid Circular Bars Torsional Shear Stress and Polar Moment of Inertia for Hollow Circular Bars Design of Circular Members under Torsion Comparison of Solid and Hollow Circular Members Stress Concentrations in Torsionally Loaded Members Twisting: Elastic Torsional Deformation Torsion in Noncircular Sections Shearing Forces and Bending Moments in Beams The Big Picture Objectives of This Beam Loading, Supports, and Types of Beams Reactions at Supports Shearing Forces and Bending Moments for Concentrated Loads Guidelines for Drawing Beam Diagrams for Concentrated Loads Shearing Forces and Bending Moments for Distributed Loads General Shapes Found in Bending Moment Diagrams Shearing Forces and Bending Moments for Cantilever Beams Beams with Linearly Varying Distributed Loads Free-Body Diagrams of Parts of Structures Mathematical Analysis of Beam Diagrams Continuous Beams: Theorem of Three Moments Centroids and Moments of Inertia of Areas The Big Picture Objectives of This Concept of Centroid: Simple Shapes Centroid of Complex Shapes Concept of Moment of Inertia of an Area Moment of Inertia of Composite Shapes Whose Parts Have the Same Centroidal Axis Moment of Inertia for Composite Shapes: General Case-Use of the Parallel Axis Theorem Mathematical Definition of Moment of Inertia Composite Sections Made from Commercially Available Shapes Moment of Inertia for Shapes with All Rectangular Parts Radius of Gyration Section Modulus Stress due to Bending 380 The Big Picture Objectives of This Flexure Formula Conditions on the Use of the Flexure Formula Stress Distribution on a Cross Section of a Beam Derivation of the Flexure Formula Applications: Analysis of Stresses in Beams Applications: Beam Design and Design Stresses Section Modulus and Design Procedures Stress Concentrations Flexural Center or Shear Center Preferred Shapes for Beam Cross Sections Design of Beams to Be Made from Composite Materials 8 Shearing Stresses in Beams The Big Picture Objectives of This Importance of Shearing Stresses in Beams General Shear Formula Distribution of Shearing Stress in Beams Development of the General Shear Formula Special Shear Formulas Design for Shear Shear Flow Deflection of Beams 480 The Big Picture Objectives of This Need for Considering Beam Deflections General Principles and Definitions of Terms Beam Deflections Using the Formula Method Comparison of the Manner of Support for Beams Superposition Using Deflection Formulas Successive Integration Method Moment-Area Method Combined Stresses The Big Picture Objectives of This Chapter Stress Element Stress Distribution Created by Basic Stresses Creating the Initial Stress Element Combined Normal Stresses Combined Normal and Shear Stresses Equations for Stresses in Any Direction Maximum and Minimum Stresses Mohr's Circle for Stress Stress Condition on Selected Planes Special Case in Which Both Principal Stresses Have the Same Sign Use of Strain-Gage Rosettes to Determine Principal Stresses Columns The Big Picture Objectives of This Slenderness Ratio Transition Slenderness Ratio Euler Formula for Long Columns Johnson Formula for Short Columns Summary: Buckling Formulas Design Factors for Columns and Allowable Load Method of Analyzing Columns Column Analysis Spreadsheet Efficient Shapes for Column Cross Sections Specifications of the AISC Specifications of the Aluminum Association Noncentrally Loaded Columns Pressure Vessels The Big Picture Objectives of This Distinction between Thin-Walled and Thick-Walled Pressure Vessels Thin-Walled Spheres Thin-Walled Cylinders Thick-Walled Cylinders and Spheres Analysis and Design Procedures for Pressure Vessels Spreadsheet Aid for Analyzing Thick-Walled Spheres and Cylinders Shearing Stress in Cylinders and Spheres Other Design Considerations for Pressure Vessels Composite Pressure Vessels Connections Objectives of This Modes of Failure for Bolted Joints Design of Bolted Connections Riveted Joints Eccentrically Loaded Riveted and Bolted Joints Welded Joints with Concentric Loads
Sygnatura czytelni BMW: XIII 7 (nowy)
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ISO 9001:2015 - A complete guide to quality management / Itay Abuhav. - Boca Raton, FL : CRC Press Taylor & Francis Group, copyright 2017. - XIII, [1], 429 stron ; 26 cm.
Indeks.
Scope Normative References Terms and Definitions Context of the Organization Understanding the Organization and Its Context Understanding the Needs and Expectations of Interested Parties Determining the Scope of the Quality Management System Quality Management System and Its Processes Leadership Leadership and Commitment General Customer Focus Policy Establishing the Quality Policy Communicating the Quality Policy Organizational Roles, Responsibilities, and Authorities Planning Actions to Address Risks and Opportunities Quality Objectives and Planning to Achieve Them Planning of Changes Support Resources General People Infrastructure Environment for the Operation of Processes Monitoring and Measuring Resources Organizational Knowledge Competence Awareness Communication Documented Information General Creating and Updating Control of Documented Information Operation Operational Planning and Control Requirements for Products and Services Customer Communication Determining the Requirements for Products and Services Review of Requirements for Products and Services Changes to Requirements for Products and Services Design and Development of Products and Services General Design and Development Planning Design and Development Inputs Design and Development Controls Design and Development Outputs Design and Development Changes Control of Externally Provided Processes, Products, and Services General Type and Extent of Control Information for External Providers Production and Service Provision Control of Production and Service Provision Identification and Traceability Property Belonging to Customers or External Providers Preservation Post-Delivery Activities Control of Changes Release of Products and Services Control of Nonconforming Outputs Performance Evaluation Monitoring, Measurement, Analysis, and Evaluation General Customer Satisfaction Analysis and Evaluation Internal Audit Management Review General Management Review Inputs Management Review Outputs Improvement General Nonconformity and corrective action Continual Improvement.
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(Industrial Combustion Series)
Nazwa inst. sprawczej na okł.
Druk dwuszpalt.
ISBN 978-1-4398-3961-4 całości na pudełku.
Bibliogr. przy rozdz. Indeks.
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(Industrial Combustion Series)
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Bibliogr. przy rozdz. Indeks.
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(Industrial Combustion Series)
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Bibliogr. przy rozdz. Indeks.
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Engineering vibrations / William J. Bottega. - Second edition. - Boca Raton, FL : CRC Press Taylor Francis Group, copyright 2015. - XXI, [1], 905 stron : wykresy ; 26 cm.
Indeks.
Preliminaries Degrees of Freedom Equivalent Systems Springs Connected in Parallel and in Series A Brief Review of Complex Numbers A Review of Elementary Dynamics Free vibration of single degree of freedom systems Free Vibration of Undamped Systems Free Vibration of Systems with Viscous Damping Coulomb (Dry Friction) Damping Forced vibration of single degree of freedom systems - 1: periodic excitation Standard Form of the Equation of Motion Superposition Harmonic Forcing Structural Damping Selected Applications Response to General Periodic Loading Forced vibration of single degree of freedom systems - 2: nonperiodic excitation Two Generalized Functions Impulse Response Response to Arbitrary Excitation Response to Step Loading Response to Ramp Loading Transient Response by Superposition Shock Spectra Concluding Remarks Operational methods The Laplace Transform Free Vibrations Forced Vibrations Concluding Remarks Dynamics of multi-degree of freedom systems Newtonian Mechanics of Discrete Systems Lagrange’s Equations Symmetry of the System Matrices Free vibration of multi-degree of freedom systems The General Free Vibration Problem and Its Solution Unrestrained Systems Properties of Modal Vectors Systems with Viscous Damping Evaluation of Amplitudes and Phase Angles Forced vibration of multi-degree of freedom systems Modal Coordinates General Motion in Terms of the Natural Modes Decomposition of the Forced Vibration Problem Solution of Forced Vibration Problems Mode Isolation Rayleigh Damping Systems with General Viscous Damping Concluding Remarks Dynamics of one-dimensional continua Mathematical Description of 1-D Continua Characterization of Local Deformation Longitudinal Motion of Elastic Rods Torsional Motion of Elastic Rods Transverse Motion of Strings and Cables Transverse Motion of Elastic Beams Geometrically Nonlinear Beam Theory Translating 1-D Continua Free vibration of one-dimensional continua The General Free Vibration Problem Free Vibration of Uniform Second Order Systems Free Vibration of Euler-Bernoulli Beams Free Vibration of Euler-Bernoulli Beam-Columns Free Vibration of Rayleigh Beams Free Vibration of Timoshenko Beams Normalization of the Modal Functions Orthogonality of the Modal Functions Evaluation of Amplitudes and Phase Angles Concluding Remarks Forced vibration of one-dimensional continua Modal Expansion Decomposition of the Forced Vibration Problem Solution of Forced Vibration Problems Steady State Response of One-Dimensional Continua with Structural Damping Dynamics of two-dimensional continua Characterization of Local Deformation Membranes Elastic Plates Concluding Remarks Free vibration of two-dimensional continua The Scalar Product and Orthogonality The General Free Vibration Problem Free Vibration of Ideal Membranes Free Vibration of Kirchhoff Plates Free Vibration of Uniformly Stretched von Karman Plates Free Vibration of Mindlin Plates Normalization of the Modal Functions Orthogonality of the Modal Functions Evaluation of Amplitudes and Phase Angles Forced vibration of two-dimensional continua Mathematical Representation of Point Loads for Two-Dimensional Continua Forced Vibration of Systems with One Dependent Variable Forced Vibration of Systems with Multiple Dependent Variables: Mindlin Plates Steady State Response of Two-Dimensional Continua with Structural Damping.
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(Productivity Press Book)
Bibliografia strony 201-[202]. Indeks.
Introduction to process improvement Process mapping Managing process improvements Process architecture Tools for improving process Proces Improvement culture.
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Bibliografia strony 461-481. Indeks.
Industrial applications Spray drying Pollution control Transport systems Fluidized beds Manufacturing and material processing Energy conversion and propulsion Pulverized-coal-fired furnaces Solid propellant rocket Fire suppression and control Properties of Dispersed Phase Flows Concept of a continuum Density and volume fraction Particle or droplet spacing Response times Stokes number Dilute versus dense flows Phase coupling Mass coupling Momentum coupling Energy coupling Properties of an equilibrium mixture Size Distribution Discrete size distributions Continuous size distributions Statistical parameters Mode Mean Variance Median Sauter mean diameter Frequently used size distributions Log-normal distribution Rosin-Rammler distribution Log-hyperbolic distribution Particle-Fluid Interaction Single-particle equations Continuity equation Translational momentum equation Angular momentum equation Energy equation Mass coupling Evaporation or condensation Mass transfer from slurry droplets Combustion Linear momentum coupling Particle drag forces Particle lift forces Equation summary Body forces Rotational momentum coupling Energy coupling Convective heat transfer Transient term Radiative heat transfer Dielectric heating Particle-Particle Interaction Particle-particle interaction Hard sphere model Soft sphere model (DSEM) Hard sphere simulation of a soft sphere model Cohesive force van der Waals forces Solid particle agglomeration Fluid forces on approaching particles Particle-wall interaction Momentum and energy exchange at walls Irregular bouncing Erosion Continuous Phase Equations Averaging procedures Time averaging Volume averaging Ensemble averaging Volume averaging Property flux through a particle cloud Volume-averaged conservation equations Quasi-one-dimensional low Continuity equation Momentum equation Energy equation Turbulence Review of turbulence in single-phase flow General features of turbulence Modeling single-phase turbulence Turbulence modulation by particles Review of modulation models Empirical Models Turbulence models with dusty-gas equations Point particle models Models based on volume averaging Basic test case for turbulence models Volume-averaged turbulence models Defining volume-averaged turbulence Turbulence kinetic energy equation Turbulence dissipation equation Turbulence Reynolds stress equation Application to experimental results Droplet-Particle Cloud Equations Discrete Element Method (DEM) Discrete Parcel Method (DPM) Non-dense flows Dense flows Two-fluid model PDF models Numerical Modeling Complete Numerical Simulation DNS models Model formulation and solution procedure Application to particle-laden flows Current status LES models Model formulation Application to particle-laden flows VANS numerical models Boundary conditions Numerical solution procedures Application examples Experimental Methods Sampling methods Imaging methods, microscopy Sieving analysis Sedimentation methods Electrical sensing zone method (Coulter principle) Optical analysis Integral methods Light attenuation Laser-diffraction method Cross-correlation techniques Local measurement techniques Isokinetic sampling Optical fiber probes Scattering intensity measurements Laser-Doppler anemometry Phase-Doppler anemometry Imaging techniques Single-Particle Equations Reynolds transport theorem Mass conservation Momentum conservation Linear momentum Moment of momentum Energy conservation Heat transfer to particle Work rate of particles on surroundings Volume Averaging Volume average of the gradient operation Volume averaging of the time derivative Volume-Averaged Equations Continuity equation Momentum equation Energy equation Thermal energy equation Mechanical energy equation Total energy equation Turbulence Equations Turbulence energy Continuity and momentum equations Mechanical energy equation Turbulence energy equation Turbulence dissipation Volume averaging The dissipation transport equation Reynolds stress Volume-averaged momentum equations Volume average for the Reynolds stress Reynolds stress equation E Brownian Motion
Sygnatura czytelni BMW: XIII 39 (nowy)
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Bibliografia przy rozdziale. Indeks.
Respondent Profile How Respondents Manage Supply Chain Risk Factor Corporate Strategy Factor 1—Data and Observations Factor Supply Chain Organization Factor 2—Data and Observations Process Management Performance Metrics Information and Technology Using FMEA for Supply Chain Risk Management Research Method Survey Results Companyl Background Failure Mode and Effects Analysis Finished Goods FMEA Supply Chain Risk Management within the Context of COSO's Enterprise Risk Management Framework.... Rationale for a Standard Framework Enterprise Risk Management and the COSO Framework 45 Linking ERM and SCRM Frameworks Supply Chain Risks and Practices Research Method Data Analysis Respondent Profiles Results and Discussion Internal Environment and Objective Setting Event Identification and Risk Assessment 55 Risk Response Control Activities Monitoring Integration of ISO 31000:2009 and Supply Chain Risk Management ISO 31000:2009 SCRM Frameworks Supply Risks and Responses Research Method Data Analysis Establishing the Context Risk Assessment Risk Treatment Monitoring Managerial Implications Future References ISO 31000:2009 Enterprise and Supply Chain Risk Management: A Longitudinal SCRM Research Caps ERM, ISO 31000:2009, and SCRM Frameworks Supply Chain Risks Research Method Data Analysis SCRM Process Discussion Longitudinal Data Analysis and SCRM Trends CRM Practices Relative to ISO 31000 Clauses Implications for Managers Implications A Longitudinal Study of Supply Chain Risk Management Relative to COSO's Enterprise Risk Management Research Method Limitations Results Internal Environment and Objective Setting Event Identification and Risk Assessment Risk Response Control Activities Information and Communications Monitoring Performance Outcomes and Future Research Area 1: In the Long Term, Does Dedicating Resources Specifically for SCRM and/or ERM Provide an Appropriate Return on Investment? Area 2: Coalescing around a Standard Risk Framework Area Impact and Utilization of ERP and Other Information Technology Tools Area Growth of the Risk Management Function within Organizations Area 5: Link between Open Innovation and Risk? Global Procurement and Supply Risk Management Processes at Steelcase Inc Steelcase Background Risks in the Steelcase Supply Chain Global Procurement Process Strategie Needs Identification and Supplier Qualification... Rapid Plant Assessment Global Business Process Assessment Process Failure Mode and Effects Analysis Finished Goods PFMEA Feedback from Managers
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