HANDBOOK OF INDUSTRIAL MECHANICS: Machinery Systems, Precision Practice, and Reliability Engineering

Industrial machinery rarely fails without warning. More often, failure begins with a small error in lubrication, alignment, fitting, fastening, measurement, contamination control, or maintenance practice. HANDBOOK OF INDUSTRIAL MECHANICS shows you how to recognize those details before they become costly breakdowns.
Designed for mechanical and manufacturing engineers, plant maintenance technicians, industrial machinery operators, equipment designers, and advanced students, this practical reference bridges the gap between introductory trade texts and highly specialized engineering manuals.
Inside, you will develop a working understanding of:

• Industrial safety, risk control, and hazardous energy isolation
• Precision measurement, metrology, fits, tolerances, and surface integrity
• Fasteners, bolted joints, rigging, lifting, and machinery installation
• Tribology, lubrication, bearings, belts, chains, gears, and couplings
• Shaft alignment, vibration analysis, and condition monitoring
• Industrial motors, variable frequency drives, hydraulics, and pneumatics
• Preventive maintenance, root cause analysis, failure modes, and reliability-centered maintenance
• Technical drawings, schematics, documentation, and data-driven maintenance decisions

Rather than teaching procedures in isolation, the handbook explains the mechanisms behind them, helping readers understand why machinery fails, how faults propagate across systems, and how accurate measurements support better maintenance decisions.
Whether you are maintaining rotating equipment, improving plant reliability, troubleshooting recurring failures, or strengthening your industrial mechanical knowledge, this handbook is built to become a practical reference at the machine, in the workshop, and during planning.
Build better maintenance habits, make more precise decisions, and protect the reliability of every machine you touch. Get your copy today.