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Science, Engineering and Technology

KNE351

Enrolment
Unit Code
Unit Title
KNE301 Engineering Project Management and Economics
KNE312 Structural Mechanics
KNE314 Transportation Engineering
KNE315 Steel and Timber Structures
KNE316 Concrete Structures
KNE331 Electronic Materials and Devices
KNE332 Digital Electronics 2
KNE333 Signals and Linear Systems
KNE334 Communication Systems 1
KNE335 Electrical Design
KNE336 Control Systems Engineering
KNE342 Electrical Machines and Power Systems
KNE351 Fluid Mechanics 1
KNE354 Thermal Engineering 1
KNE356 Mechanical and Mechatronic Design
KNE372 Mining Methods
KNE380 Industrial Experience
KNE381 Civil Systems Project A
KNE382 Civil Systems Project B
KNE383 Electrical Systems Project A
KNE384 Electrical Systems Project B
KNE385 Mechanical Systems Project A
KNE386 Mechanical Systems Project B
KNE474 Mining Geomechanics

2012  KNE351  Fluid Mechanics 1

Unit Level: Advanced

Available as a Student Elective: Yes

View timetable of lectures only for this unit.  View ALL timetable events for this unit.

OFFERINGS

Unit Sem 1 Sem 2 Full Yr Spring Summer Winter
KNE351 H

Key Semester Dates
Semester Campus Attendance Note Start Date Census Date Final WW Date* End Date
Sem 2 H On Campus 16-JUL-2012 10-AUG-2012 03-SEP-2012 20-OCT-2012

*The Final WW Date is the final date from which you can withdraw from the unit without academic penalty, however you will still incur a financial liability (see Withdrawal dates explained for more information).

About Census Dates

DESCRIPTION

This unit builds on previously studied one-dimensional methods of analysis to more general transient two-dimensional analysis methods for incompressible fluid flows. A control volume approach using the Reynolds Transport Theorem is used to derive governing equations in integral form: conservation of mass, momentum (linear and angular) and energy. These equations are then applied to study a range of practical fluid mechanics applications including boundary layers in zero pressure gradient flows, lift and drag forces on bodies, pipe flows, pump-system matching, open channel flows, and ideal pump and turbine operation. The process of dimensional analysis is demonstrated in developing similarity rules and model testing experiments.

WEIGHT:  12.5%

ASSESSMENT: final exam (60%), lab (30%), assignments and mid-semester test (10%)

TEACHING PATTERN: 3 lectures, 1 tutorial, 1.4-hr practicals weekly, 13 weeks

FLEXIBLE & ONLINE STUDY OPTIONS
Note: Class attendance may still be required

   Web supported - H
Online access to some part of this unit online is optional
   Resource supported teaching & learning - H
Additional resources are provided for your optional use; e.g. audio taped lectures
About Flexible Study Options

REQUISITE INFO
Prereq KNE213, KME271, KNE216

TEXTS
Information about any textbook requirements for Semester (Sem 2) will be available from mid April 2012

STAFF: Dr A Henderson

FEES
View fees for this unit

KEY

Units are offered in attending mode unless otherwise indicated (that is attendance is required at the campus identified). A unit identified as offered by distance, that is there is no requirement for attendance, is identified with a nominal enrolment campus. A unit offered to both attending students and by distance from the same campus is identified as having both modes of study.

Campus - H Hobart, L Launceston, W Burnie. Study Centre - V Sydney, R Rozelle, P Beauty Point. Distance units may also have a campus identifier of I Isolated, N Interstate, O Overseas. Units delivered in Transnational Education (TNE) Programs have a campus identifier of A Hangzhou, F Fuzhou, G Shanghai, K KDU Malaysia, Q Kuwait or Y Hong Kong.

Special approval is required for enrolment into TNE Program units - campuses A, F, G, K, Q and Y click here for more information.



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