Isbn: 9798171326579 - handbook of dimensional metrology: a practical guide to precision measurement, tolerancing and calibration (4 resultados)

Taschenbuch. Condición: Neu. Neuware.

Paperback. Condición: new. Paperback. A tolerance printed on a drawing means nothing until an instrument, an operator, and a calibrated standard confirm that the manufactured part actually falls within it.That confirming step is where dimensional metrology lives, and it is where many engineers, inspectors, and technicians find their training thinnest. Measurement theory, instrument technique, geometric tolerancing, and calibration practice are usually taught as separate subjects from separate sources, leaving a familiar gap between reading a feature control frame and actually defending the measurement behind it.This handbook closes that gap with one connected, working reference across sixteen chapters. moving from the foundations of measurement, through the instruments used every day on a shop floor and in a quality lab, into the geometric dimensioning and tolerancing framework that governs how features are specified and accepted, and on to the calibration systems and statistical methods that keep a modern measurement program reliable.After working through this handbook, you will be able to: Distinguish accuracy, precision, and trueness, and trace a measurement back through the traceability chain to a national standard.Build a complete measurement uncertainty budget, combine Type A and Type B contributions, and state a result with an appropriate coverage factor.Select and correctly operate calipers, micrometers, dial indicators, height gauges, and comparators, avoiding the technique errors that quietly produce bad readings.Choose an appropriate coordinate measuring machine architecture or optical/non-contact method for a given measurement task.Read a complete feature control frame, establish a datum reference frame, and calculate bonus tolerance at maximum material condition.Perform a tolerance stack-up analysis and apply form, orientation, location, and profile controls to real part features.Design a calibration schedule, run a gauge repeatability and reproducibility study, and connect statistical process control to real process capability.Every topic is developed from first principles and reinforced with complete worked examples and practice problems carrying verified answers, so the book works equally well as a structured course of study and as a dependable reference to pull off the shelf mid-project. A glossary and three appendices: including a master notation and terminology table, keep it usable long after the first read.This handbook is written for engineers who specify tolerances, inspectors and quality professionals who verify them, machinists and technicians who operate the instruments, and students building this knowledge for the first time, as well as anyone establishing or managing a calibration and measurement-system program from the ground up.Add this practical, comprehensive resource to your library and start working through the principles, calculations, and procedures that turn a printed tolerance into a measurable, verifiable result This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability. …

Condición: New. Print on Demand.

Paperback. Condición: new. Paperback. A tolerance printed on a drawing means nothing until an instrument, an operator, and a calibrated standard confirm that the manufactured part actually falls within it.That confirming step is where dimensional metrology lives, and it is where many engineers, inspectors, and technicians find their training thinnest. Measurement theory, instrument technique, geometric tolerancing, and calibration practice are usually taught as separate subjects from separate sources, leaving a familiar gap between reading a feature control frame and actually defending the measurement behind it.This handbook closes that gap with one connected, working reference across sixteen chapters. moving from the foundations of measurement, through the instruments used every day on a shop floor and in a quality lab, into the geometric dimensioning and tolerancing framework that governs how features are specified and accepted, and on to the calibration systems and statistical methods that keep a modern measurement program reliable.After working through this handbook, you will be able to: Distinguish accuracy, precision, and trueness, and trace a measurement back through the traceability chain to a national standard.Build a complete measurement uncertainty budget, combine Type A and Type B contributions, and state a result with an appropriate coverage factor.Select and correctly operate calipers, micrometers, dial indicators, height gauges, and comparators, avoiding the technique errors that quietly produce bad readings.Choose an appropriate coordinate measuring machine architecture or optical/non-contact method for a given measurement task.Read a complete feature control frame, establish a datum reference frame, and calculate bonus tolerance at maximum material condition.Perform a tolerance stack-up analysis and apply form, orientation, location, and profile controls to real part features.Design a calibration schedule, run a gauge repeatability and reproducibility study, and connect statistical process control to real process capability.Every topic is developed from first principles and reinforced with complete worked examples and practice problems carrying verified answers, so the book works equally well as a structured course of study and as a dependable reference to pull off the shelf mid-project. A glossary and three appendices: including a master notation and terminology table, keep it usable long after the first read.This handbook is written for engineers who specify tolerances, inspectors and quality professionals who verify them, machinists and technicians who operate the instruments, and students building this knowledge for the first time, as well as anyone establishing or managing a calibration and measurement-system program from the ground up.Add this practical, comprehensive resource to your library and start working through the principles, calculations, and procedures that turn a printed tolerance into a measurable, verifiable result This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability. …