Machine Elements
Description:
The aim of this teaching module is to provide general information about the design concepts of machines and the selection methodology of machine components in addition to core information about machine parts.
Objectives:
- Gain a better understanding about machine design concepts
- Understand the special requirements for every machine elements
- Get a better understanding of the selection methodology in machine components
- Understand the service and maintenance needs for machine elements
Participants:
- Mechanical engineers
- Machines operators
- Service managers
- Service personnel
Mechanical Maintenance Fundamentals
Description:
This course introduces important concepts in mechanical industry such as fluid mechanics, simple machines design, fasteners and friction. Participants will use this knowledge to perform various maintenance tasks by using industrial precision measuring instruments, these instrument includes material selection, machines installation and the application of fit and clearance technique in recognizing premature or excessive equipment wear.
Objectives:
- Get a better understanding of the appropriate selection and implementation of hand and power techniques
- Gain the ability to choose, apply and interpret precision measurement tools
- Being familiare with most common used rigging and lifting equipment and techniques
- Learn about plant materials and categorization such as piping components and pipe fittings
- Gain a better understanding of the plant equipment design and maintenance procedures including pumps, valves, bearings and heat exchangers
Participants:
- Maintenance professionals
- Technicians
- Engineers
- Anyone interested in operation and maintenance
Mechanical Failure Analysis
Description:
This course introduces theoretical and practical concepts about failure analysis and the reasons for failure that has to be resolved to enhance production rate. Mechanical failures stops the production and those failures could be resolved by applying intervention maintenance tools and techniques.
Objectives:
- Being familiare with mechanical failure analysis
- Gain the knowledge of failure modes and the ability to design fail-safe systems
- Get a better understanding of the service and maintenance requirements for machine failures
Participants:
- Mechanical engineers.
- Service personnel and managers
- Mechanical and electrical technicians
Heat Transfer and Exchangers
Description:
This course is prepared to explain concepts related to heat transfer and exchangers, these concepts include heat transfer equipments, design concepts and criterias, operation, control and troubleshooting concepts. Furthermore it deals with heat exchangers failure, sources of failures and corrective actions to solve operation problems.
Objectives:
- İntroduce the role and functions of heat exchangers
- Understand the core conepts of heat transfer and their application in heat exchangers design
- Assess the heat transfer coefficients
- İdentify and learn the specific considerations related to condensers and evaporators
- Gaining understanding of design thumb rules, fouling effect, prediction and techniques of control
- Get a better understanding of heat exchanger performance, maintenance and troubleshooting
Participants:
- Technologist
- Engineers
- Heat exchangers designer
- Heat exchanger staff
- Professionals working in heat exchange and analysis
Measuring Mechanical Vibrations and Methods of Measurement
Description:
This course provides basic knowledge in vibration measurement, it explains concepts related to vibration measurement such as harmonic motion and modeling of mechanical systems.
This course also explains the free and forced vibration of single-degree-of-freedom and multi-degree-of-freedom systems.
Objectives:
- Explain the concepts of mechanical vibrations and vibration measurement systems
- Gain the ablility to interpret mechanical vibrations test requirements
- Monitor and assess the responses of discrete and distributed systems to various inputs
- Develop and design vibration suppression and machine condition monitoring systems
Participants:
- Machine designers
- Mechanical Engineers
- Technicians
- Anyone working with machines
Practices in Plant Piping and Valves
Description:
This course provides essential information that can be applied to manage, assess and modify issues in plant piping and related valves including pressure relief and safety valves. Operating companies focus on plant piping and related valves to ensure they are correctly installed, maintained and checked to avoid any penalties reom spills of chemicals and petroleum products and to save the environment.
Objectives:
- Better understand piping standards and codes
- Learn different types of flanges and classes
- Get a better understanding of the role and objectives of inspection
- Understand valves functions and classifications
Participants:
- Operation engineers / managers
- Production engineers / Managers
- Project Engineers
- Construction, Maintenance and Inspection engineers
- Technical Services Engineers
- Mechanical Engineers
- Process Engineers
- Site Engineers
- Terminal Operators
- Facilities Engineering Staff
Risk Based Inspection
Description:
This course help participants comprehend risk based inspection tools and techniques, it introduces the concept of risk determination and planning; assessment of damage mechanisms; and probability and results of failure.
Objectives:
- Introduce the major components and principles to develop, manage and execute a RBI program
- Educate and guide owner-users, operators, and designers about pressure-containing equipment
- Explain RBI principles in a petrochemical or chemical plant
- Define the degradation mechanism in a corrosion loop
- İdentify the probability and result of a failure and apply a successful insepction plan.
Participants:
- Operation engineers and managers.
- Production engineers and managers
- Project Engineers
- Construction, maintenance and inspection engineers
- Technical Services Engineers
- Risk Engineers.
- Process Engineers
- Site Engineers
- Terminal Operators
- Facilities Engineering Staff
