2011 Assignment 2
Due: 4 pm, Monday, May 16, 2011
Your assignment should clearly show all working and reasoning. Marks will be
given for the method as well as for the correct answers.
All A2 questions
Dynamic System 334
1.0
Laboratory Report 1
Introduction
This experiment is conducted to study the natural frequency of oscillation of a simple
spring-mass oscillator and viscous damping effect. This e
Semester 1, Year 2011
Engineering Mathematics 233 Additional Assignment 2 Questions
1. Find the Fourier series for the following function, given by
t (0 t )
f (t ) =
t ( t 0 )
Hence, deduce that, ap
Machine Dynamics 231 : 2011 Group Assignment
Department of Mechanical Engineering
Curtin University of Technology
Due: 4pm Wednesday 18th May 2011
Assignment Submission
This assignment must be complet
2nd assignment
Strength of Materials
Due date: 27th May 2011, 4.00pm
Question 1:
The value of shear stress in a beam of rectangular cross section (refer to Figure 1.0) induced by a
vertical shear forc
Introduction
The experiments is mainly involving one degree of freedom,spring stiffness and its effect
due to the different mass loaded on it and its reaction to damping effect. The experiment
have 3
1.0 Introduction:
Throughout this experiment, the frequency of oscillation of a simple spring-mass oscillator and
the viscous damping effect will be determined. These properties can be studied by comp
Kenin Loong (7D5A3173)
Material 337 Laboratory 2
1. Introduction
Castiglianos method is derived by Carlo Alberto Castigliano. The method is used to analyze the
displacement of a linear-elastic system
DS Lab Exercise 1: Natural Frequency and Damping of Single Degree of Freedom Systems
1.0
Introduction
Natural frequency by definition is the lowest inherent rate of free vibration of a spring
vibratin
Introduction
The aim of the experiment is to validate and analysis the natural frequency and damping
of single degree of freedom systems. This experiment consists four parts, which the first
part (par
Dynamic System 334
Laboratory Exercise 1
Introduction
This experiment aims to experimentally validate and analyse the natural frequency and
damping of single degree of freedom systems. This experiment
DYNAMIC SYSTEMS 334
CURTIN UNIVERSITY OF TECHNOLOGY
1.0 INTRODUCTION
This experiment is conducted to give an insight view on viscous damping and its effect on natural
frequency. The experiment itself
Dynamic System 334: Natural Frequency And Damping of Single Degree of Freedom Systems
1.0 Introduction
Natural frequency is the frequency at which a system naturally vibrates once it has
been set into
1.0
Introduction
This experiment is about the natural frequency and damping of single degree of freedom
systems. It is conducted to validate the two theoretical expressions derived in lectures. The eq
MATERIALS 337 CURVED BEAM
1.0 Introduction
In strength of materials and the theory of elasticity, curved beam is a body whose
geometric shape is formed by the motion in space of a plane figure. Its ce
LOW CHAN KIT
7D9A6375/14429864
1.0 Introduction
Castiglianos theorem will be used on curved bars in this experiment. From the expression of this
theorem applied, the deflections on semicircular cantil
Materials 337 (Laboratory 1: Curved Beam)
1.0
Introduction
The beam theory can also be applied to curved beams allowing the stress to be determined for
shapes like crane hooks and rings. When the dime
Kenin Loong (7d5a3173)
Dynamic Systems 334
1. Introduction
The studies of dynamic systems, particularly mechanical vibration is broad and
wide. One of them is the experimentation of natural frequency
Engineering Noise Control
Lecture 3
Spatially Dependent Complex Pressure
Linearity and Superposition of Pressure Disturbances
Specific Acoustic Impedance
Acoustic Energy Density
Acoustic Intensity Act
Topic 10
Intellectual Property: Patents and Designs
TOPIC 10
INTELLECTUAL PROPERTY
PATENTS AND DESIGNS
-0-
Topic 10
Intellectual Property: Patents and Designs
TOPIC OUTCOMES
At the end of this topic y
Topic 7
Categories of Negligence
TOPIC 7
CATEGORIES OF
NEGLIGENCE
-0-
Topic 7
Categories of Negligence
TOPIC OUTCOMES
At the end of this topic you will be able to:
appreciate the impact of the law of
Topic 9
Intellectual Property: Copyright
TOPIC 9
INTELLECTUAL PROPERTY
COPYRIGHT
-0-
Topic 9
Intellectual Property: Copyright
TOPIC OUTCOMES
At the end of this topic you will be able to:
explain the
Engineering law
Topic 9
Copyright
Assignment 2
Due October 13 @ 5pm
2750 words
35 marks-Marking Rubric:
Step 1: Identification of Issues (0) Marks
Step 2: Discussion of Law (18) Marks:
Outline of l
Engineering Law
Revision Lecture Semester 2 2017
eVALUate
Please log on to eVALUate and let us know how we are
going in Engineering Law 202.
You could even win a prize!
Try to be polite.
How to pre
Topic 11
Environmental Law
REFERENCES
Australian Government. (n.d). The Workplace Relations Act 1996. A guide for the
building and construction industry. Located at www.workplace.gov.au
Bailey, IH. 20
A H istory of Tort L aw 19 0 0 195 0
Many of the defining features of the modern law of tort can be traced to
the first half of the twentieth century, but, until now, developments in
that period have
Understanding Contract Law
Understanding Contract Law oers a clear introduction to the basic concepts
of contract law in England. Built around familiar real-world examples that
illustrate the concepts