Mechanical Principles
Starting dates and places
Description
Who is the course for?
This module covers an extended range of mechanical principles which
underpin the design and operation of mechanical engineering
systems. It includes strengths of materials and mechanics of
machines. The aim of the module is to provide a firm foundation for
work in engineering design and a basis for more advanced study.
What will I study?
Investigate complex loading systems
•
identify the relationship between longitudinal and transverse
strain
• determine the effects of two-dimensional and three-dimensional
loading on the dimensions of materials
• determine volumetric strain and change in volume
• define Bulk Modulus and recognise the relationship between
elastic constan…
Frequently asked questions
There are no frequently asked questions yet. If you have any more questions or need help, contact our customer service.
Who is the course for?
This module covers an extended range of mechanical principles which
underpin the design and operation of mechanical engineering
systems. It includes strengths of materials and mechanics of
machines. The aim of the module is to provide a firm foundation for
work in engineering design and a basis for more advanced study.
What will I study?
Investigate complex loading systems
•
identify the relationship between longitudinal and transverse
strain
• determine the effects of two-dimensional and three-dimensional
loading on the dimensions of materials
• determine volumetric strain and change in volume
• define Bulk Modulus and recognise the relationship between
elastic constants.
Investigate the behaviour of loaded beams and
cylinders
• recognise the relationship between bending
moment, slope and deflection for loaded beams
• determine slope and deflection along loaded beams
• determine the principal stresses which occur in thin-walled
pressure vessels
• determine the distribution of stress in thick-walled cylinders
when subjected to pressure.
Investigate power transmission system
elements
• determine the maximum power which can be
transmitted by means of a belt drive
• determine the maximum power which can be transmitted by a
friction clutch
• determine the torque and power transmitted through gear
trains.
Investigate the dynamics of rotating
systems
• determine balancing masses required to obtain
dynamic equilibrium in rotating systems
• determine the energy storage requirements of flywheels
• determine the effects of coupling freely rotating systems.
Assessment Outcomes: At the end of these modules the
student should be able to demonstrate a practical capacity to carry
out the tasks listed to a commercially acceptable standard,
applying principles correctly in context but may not yet have
developed a deep understanding of the theoretical underpinning of
the subject. Optional assessments are included.
How will the course be delivered?
The course runs for a maximum of 1 week – 9am until 7pm.
Course Entry RequirementsIt is essential that all attendees:
- Are competent with maths (No lower than GCSE Grade C)
- Have a good level of written and spoken English
- Have some understanding/experience of underlying concepts of engineering
The college operates a no refunds policy as detailed below. Cancellations and transfer requests are subject to the following conditions:
- More than 4 weeks notice – no charge
- 4 weeks notice – 30% of the cost
- 2-3 weeks notice – 50% of the cost
- 1-2 weeks notice – 75% of the cost
- Less than 1 weeks notice – 100% of the cost
All cancellations must be made in writing and are subject to a £10 administration charge. The full fee’s policy is available on request.
What will I get at the end of the course?Blackburn College Certificate of Attendance
What can I do next?There are many other courses on our website, take a look here or contact us for more information.
How much does it cost?£500 per person
(Prices Subject to Change)
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