Who should attend?
Mechanical engineers, schedule and planning supervisors, maintenance managers, maintenance foremen and technicians.
Objective
Introduce update methods in management
and centre reliability maintenance.
Explore the TPM, PM and CM in industrial applications and their outcomes.
Implement the most sophisticated techniques in maintenance control and manpower
requirements.
Introduce condition monitoring in preventive maintenance to improve the outcome
of the maintenance
Organisation Responsibility
To Design Syllabus for the course,
to meet all the requirements described.
To prepare a manual [hard & soft copy]
To Nominate an Instructor who has the expertise & high qualifications in
the field.
To apply sophisticated training techniques to enable the participants to develop
the required skill.
To schedule the period of the course & the daily time table
To Determine the venue & the date of the course [In-house courses will be
negotiable]
• Fundamentals and Operation of rotating equipment.
• Introduction.
• Euler Equation
• Reaction
• Application to a centrifugal machine
• Application to axial pumps and turbines
• Alternative operating modes
• Compressible flow theory
• Classification of rotating equipment and their performance.
• Centrifugal rotating equipment
• Axial rotating equipment
• Radial rotating equipment
• Compressors design, operation and maintenance.
• Introduction
• Compressors types
• Compressors applications
• Compressors performance
• Compressors troubleshooting and maintenance
• Pumps design, operation and maintenance.
• Centrifugal pumps, installation, operation, maintenance, Trouble shooting, disassembly and assembly
• Rotary pumps, installation, operation, troubleshooting and maintenance
• Reciprocating pumps, installation, operation, troubleshooting and maintenance
• Maintenance control
• Fans design, operation and maintenance.
• Basic principle of fluid mechanics in fan
• Types of fans, centrifugal, axial, propeller and cross-flow fans
• Fan operation
• Vibration and noise in fan systems
• Industrial application of rotating equipment.
• Application in compressible flow
• Application in compressible flow
• Troubleshooting, vibration and dynamic balancing in rotating equipment.
• Machine vibration
• Dynamic balancing
• Machinery noise
• Problems involve in special pumping applications
• Cavitations
• Thermodynamic, heat transfer and fluid flow in rotating equipment.
• Basic ideas for fluid motion theory
• Fluid forces and their measurements
• Pressure, velocity, temperature and density measurements.
• The effect of vortex and turbulence on rotating equipment