1 - Course Introduction
1 - Course Introduction
1 - Course Introduction
Rev. 1
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Structural Analysis IV Chapter 1 – Course Introduction
1.1 Introduction
1.1.1 Background
Within 9 months of starting this course you will be qualified to practice as a structural
engineer. Every single day of your career as a structural engineer, you will be
responsible for the lives of every person that will ever use the structures you design.
But more than that: at a minimum you will also be responsible for:
• The safety of the people who will build your structure;
• The quality of life of future generations – structural engineers are in a unique
position to contribute to limiting the significant carbon emissions of the
construction industry;
• The best economic use of your clients’ money to best achieve their goals;
• The use of your time that best achieves your employer’s goals.
Though mistakes that lead to collapse of a structure are rare, they do happen. Often it
is through an unreasonable faith in a computer analysis that makes this so. With
excellent structural intuition; an ability to properly model the structure with structural
analysis software, and; an ability to check computer output with appropriate hand
calculations, the risk of such collapses can be minimized.
This course builds on your ability to analyse statically indeterminate structures from
the 3rd year course and introduces new ideas and areas of study. We do this so that
you are best equipped to deal with the realities of structural analysis and design.
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1.1.3 Programme
Teaching
This course is taught in Semester 1 only. It is taught as follows:
Assessment
We asses your performance on this course as follows:
In the unlikely event of changes to the above arrangements, the changes will be
notified to you well in advance of their implementation by your lecturer.
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Structural Dynamics
• Beards, C.F., Structural Vibration Analysis: modelling, analysis and damping of
vibrating structures, Ellis Horwood, Chichester, England, 1983.
• Bhatt, P., Structures, Longman, Harlow, England, 1999.
• Case, J., Chilver, A.H. and Ross, C.T.F., Strength of Materials and Structures,
4th edn., Arnold, London, 1999.
• Clough, R.W. and Penzien, J., Dynamics of Structures, 2nd edn., McGraw-Hill,
New York, 1993.
• Craig, R.R. and Kurdila, A.J., Fundamentals of Structural Dynamics, 2nd End.,
Wiley, New York, 2006.
• Irvine, M., Structural Dynamics for the Practising Engineer, Allen & Unwin,
London, 1986.
• Kreyszig, E., Advanced Engineering Mathematics, 7th edn., Wiley, 1993.
• Smith, J.W., Vibration of Structures – Applications in civil engineering design,
Chapman and Hall, London, 1988.
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1.1.5 Website
The course will be supported through the lecturer’s website:
Some other resources that may prove useful will be links to sites with good material
and the provision of some software (with absolutely no guarantees!).
The website support for the course is only meant to help, so please:
• Do not abuse either the facility or the facilitator!
• Try to use the site to best help you and your friends.
• Suggest ways to improve the usefulness of the website.
• Do not post inappropriate comment/content – your site access will be removed,
with more serious consequences also possible.
You are required to register for the forum – only registrations in your own name
will be approved. You can change your display name later on.
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1.2 Syllabus
Structural Dynamics
This topic covers exact and approximate methods of determining the motion of
structures under dynamic loading situations.
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1.3 Assessment
1.3.1 Examination
The examination will be held at the end of Semester 1. The format is:
Layout
There will be 5 questions and you are to answer 4.
Marking
Each question is worth 25%.
Timing
The exam is 3 hours in duration.
Format
The questions will examine a topic or topics from the lectures. Further information
will be given.
Exam Handout
A handout will be attached to the paper in each exam with relevant information and
formulae. A copy of this will be given to you during Semester 1.
Note: in the event of any changes to these arrangements, they will be notified to you
well in advance.
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General
Continuous Assessment is primarily carried out through laboratory work. These labs
are not the same as traditional labs you may have already done. You will be given
tasks, with a schedule of dates for delivering various aspects of the problem to ensure
an even distribution of workload. You will be given access to the lab to facilitate your
work, not only at scheduled lab times. We hope that this will improve your prospects
to self-direct your learning.
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