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UNVERSITI MALAYSIA PERLIS

BORANG PENAWARAN KURSUS BARU

Pusat Pengajian/Pusat : Kejuruteraan Alam Sekitar

(1) Kod kursus/ Course code: EAT 213

(2) Tajuk kursus/ Course title: Mekanik Bendalir dan Hidraulik/ Fluid Mechanics and Hydraulics

(3) Nilai unit/ Number of unit: 4

(4) Jenis kursus/ Course type: Teras/ Core

(5) Prasyarat/ Prerequisite:Tiada/ NIL

(6) Sinopsis kursus/ Course synopsis:

This course presents the study of the mechanics of water. In fluid mechanics, other fluids, including oil and

gasses are studied. The student will be taught about properties of fluids, fluid static and kinematics,

Bernoullis equation, momentum equation, analysis of flow in open channel and pipeline system. Thiscourse will also cover the transportation and metering of fluids such as pumps and turbines. At the end of

the course, students should be able to apply the theory to solve problem related to flow of fluids.

(7) Senarai eksperimen/ List of experiments:

Lab 1(a) - Properties of Fluid

Lab 1(b) - Flowmeter measurement apparatus

Lab 2 - Bernoullis theorem demonstrationLab 3 - Impact water jet

Lab 4 - Osbourne Reynolds demonstration unit

Lab 5 - Friction Loss Apparatus

(8) Pendekatan pembelajaran/ Learning approach: (sbg. contoh kuliah, seminar, amali, lawatan,

tutorial, dll. Sila nyatakan sekali bilangan jam)

i) Lecture: 42 hours (100%)

ii) Laboratory: 10 hours (20.0 %)

iii) Tutorial: 10 hours (20.0 %)

(9) Kali pertama penawaran kursus/ First time course offered:

1STSemester, Academic Session 2009/2010

HEA 012013/2014 Intake

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(10) Matriks hasil pembelajaran/ Course outcomes Matrix:

NotaHasil pembelajaran (course outcomes, CO) ialah jenis keupayaan (competencies) yang diharapkan dapat ditunjukkan oleh

pelajar setelah melalui kursus ini.

Note: Course outcomes, CO, are types of competencies which can be realised by the students after having this course.

Course Outcome (CO)Levelof

comple

xity

PO

1

PO

2

PO

3

PO

4

PO

5

PO

6

PO

7

PO

8

PO

9

PO

10

PO

11

PO

12

PO

13

PO

14

PO

15

Possible

Assessment

Domain C CP

CSP

PC

C

PCTPS

EM LLC

LSTS

EM ESC

EM CP

C

P

CEM

PC

CO1:

Ability to define and describe

the properties of fluidsC4

Assignment;

Laboratory;

Test;

Examination

CO2:

Ability to identify and analyse

some fluid static and fluid

dynamic theories and

applications

C4

Assignment;

Laboratory;

Test;

Examination

CO3:

Ability to describe and solve

problems related to fluid flow

in pipeline system

C4

Assignment;

Laboratory;

Test;

Examination

CO4:

Ability to describe and solve

problems related to fluid flow

in open channel system

C4

Assignment;

Laboratory;

Test;

Examination

Average

1- Leastrelevant is given if the outcome is only taught in lectures.2 - Moderaterelevance is given if the outcome have only taught and are either implemented in laboratory sessions or assessed by other means.

3- Substantial relevance is given if the outcome is taught in lecture, laboratories, and has proper assessment procedure.Nota: Hasil pembelajaran courseoutcome-CO) ialah jenis keupayaan (competencies) yang ditunjukkan oleh pelajar setelah melalui kursus ini

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(11) PanduanRancangan mengajar/ Teaching Plan Guide

Study

WeekCourse Content Delivery Mode

Level of

Complexity

Possible

Assessment

1

(Mr

Saiful)

CHAPTER 1Properties of Fluid

DEFINITION of a fluid.

IDENTIFYproperties of fluids (density, specific

gravity, viscosity, kinematic viscosity and surface

tension), pressure, force mass and weight, units and

conversion factors.

DESCRIBEdimensional analysis.

(3 hours)

Lecture;

Problem

Solving;

C4:Analysis

A3:ValuingLL1 Examination

Assignments

LabGroup A (Week 1) (2 hours) Laboratory

experiment

C4:Analysis

P4:Mechanism

A3:Valuing

TS1, LS2

Laboratory

experiment,

test, report

and oral

presentationTutorialGroup B (Week 1) (2 hours) Problem

Solving;

C4:Analysis

P4:Mechanism

A3:Valuing

-

2

(Mr

Saiful)

CHAPTER 2Fluid Statics

DEFINEbasic equation of fluid statics.

EXPLAINpressure-depth relationships, pressure

forces on surfaces.

DESCRIBE pressure measurement.

(3 hours)

Lecture;

Problem

Solving;

C4:Analysis

A3:Valuing

LL1

Examination

Assignments

LabGroup B (Week 2) (2 hours) Laboratoryexperiment

C4:AnalysisP4:Mechanism

A3:Valuing

TS1, LS2

Laboratoryexperiment,

test, report

and oralpresentation

TutorialGroup A (Week 2) (2 hours) Problem

Solving;

C4:Analysis

P4:Mechanism

A3:Valuing

-

3

(Mr

Saiful)

CHAPTER 3Hydrostatic Force on Surfaces,

Buoyancy and Flotation

ANALYSEhydrostatic force exerted by a liquid on a

plane area and curved surface.DESCRIBEArchimedes principle, stability of

submerged and floating body.

DEFINEhydrostatic forces on dam.

(3 hours)

Lecture;

Problem

Solving;

C4:Analysis

A3:Valuing

LL1

Assignments


experiment

C4:Analysis

P4:Mechanism

A3:Valuing

TS1, LS2

Laboratory

experiment,

test, report

and oral

presentation

TutorialGroup B (Week 3) (2 hours) Problem

Solving;

C4:Analysis

P4:Mechanism

A3:Valuing

-

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4

(Mr

Saiful)

CHAPTER 4- Fluid Dynamics

DEFINEContinuity Equation;

DERIVEof the Bernoullis Equation;DISCUSS application of Bernoullis Equation;CALCULATEflow meter measurements.

(3 hours)

Lecture;

Problem

Solving;

C4:Analysis

A3:Valuing

LL1

Examination

Assignments

LabGroup B (Week 4) (2 hours) Laboratory

experiment

C4:Analysis

P4:Mechanism

A3:Valuing

TS1, LS2


test, report

and oral

presentation


Solving;

C4:Analysis

P4:Mechanism

A3:Valuing

-

5

(Mr

Saiful)

CHAPTER 5Momentum Equation and its

Application

DEFINEMomentum and fluid flow;DERIVE of the momentum equation;

ANALYSE and CALCULATEthe force of impacts on:

Stationary plate, stationary curved vanes, pipe

bends, closed conduits and nozzles.

(3 hours)

Lecture;

Problem

Solving;

C4:Analysis

A3:Valuing

LL1

Examination

Assignments


experiment

C4:Analysis

P4:Mechanism

A3:Valuing

TS1, LS2

Laboratory

experiment,

test, reportand oral

presentation


Solving;

C4:Analysis

P4:Mechanism

A3:Valuing

-

6-7

(Mr

Saiful)

CHAPTER 6Flow in Closed Conduits

INTRODUCE the flow of water under steady

condition.

DEFINEboth laminar and turbulent flows and

discusses head losses due to friction and flow

separation, in pipes flowing full. The emphasis will

be head loss due to friction in turbulent flow.

IDENTIFY Various equations for friction loss, friction

factor and Reynoldsnumber for laminar andturbulent flow; Moodys chart.

(6 hours)

Lecture;

Problem

Solving;

C4:Analysis

A3:Valuing

LL1

Examination

Assignments


experiment

C4:Analysis

P4:Mechanism

A3:Valuing

TS1, LS2

Laboratory

experiment,


presentation


Solving;

C4:Analysis

P4:Mechanism

A3:Valuing

-


experiment

C4:Analysis

P4:Mechanism

A3:Valuing

TS1, LS2


test, report

and oral

presentation

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Tutorial Group A (Week 7) (2 hours) Problem

Solving;

C4:Analysis

P4:Mechanism

A3:Valuing

-

8-9

(Ms

Amiza)

CHAPTER 7Complex Pipeline System

ANALYSIS of flow in pipelines.

ANALYSE andCALCULATE pipes in parallel, in series

and also of pipe networks, under steady conditions.

(6 hours)

Lecture;

Problem

Solving;

C4:Analysis

A3:Valuing

LL1

Examination

Assignments


experiment

C4:Analysis

P4:Mechanism

A3:Valuing

TS1, LS2

Laboratory

experiment,

test, report

and oral

presentation

Tutorial Group A (Week 8) (2 hours) Problem

Solving;

C4:Analysis

P4:Mechanism

A3:Valuing

-


experiment

C4:Analysis

P4:Mechanism

A3:Valuing

TS1, LS2


test, report

and oral

presentation

Tutorial Group B (Week 9) (2 hours) Problem

Solving;

C4:Analysis

P4:Mechanism

A3:Valuing

-

10-13

(Ms

Amiza)

CHAPTER 8Analysis of Flow in Open Channel

DESCRIBEflow in open channels;

CALCULATE hydraulic radius and Reynold number in

open channel;

DEFINE and ANALYSEuniform and non-uniform flow

in open channels; Determination of normal depths

by various methods;

DESCRIBE and ANALYSERapidly varied flow;

DEFINEThe Hydraulic jump: types and uses.

(9 hours)

Lecture;

Problem

Solving;

C4:Analysis

A3:Valuing

LL1

Examination

Assignments


experiment

C4:Analysis

P4:Mechanism

A3:Valuing

TS1, LS2

Laboratory

experiment,

test, report

and oralpresentation


Solving;

C4:Analysis

P4:Mechanism

A3:Valuing

-


experiment

C4:Analysis

P4:Mechanism

A3:Valuing

TS1, LS2

Laboratory

experiment,test, report

and oral

presentation


Solving;

C4:Analysis

P4:Mechanism

A3:Valuing

-


experiment

C4:Analysis

P4:Mechanism

A3:Valuing

TS1, LS2

Laboratory

experiment,


presentation

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Solving;

C4:Analysis

P4:Mechanism

A3:Valuing

-


experiment

C4:Analysis

P4:Mechanism

A3:Valuing

TS1, LS2

Laboratory

experiment,


presentation


Solving;

C4:Analysis

P4:Mechanism

A3:Valuing

-

14

(Ms

Amiza)

CHAPTER 9Fluid Machinery

DESCRIBE the basics of pumps and turbines.

DISCUSScharacteristic curves and includes the

analysis of matching pump characteristics with

system demand in pipelines.

DESCRIBEturbines and their basic functions and

operations.

(6 hours)

Lecture;

Problem

Solving;

C4:Analysis

A3:Valuing

LL1

Assignments


experiment

C4:Analysis

P4:Mechanism

A3:Valuing

TS1, LS2

Laboratory

experiment,


presentation


Solving;

C4:Analysis

P4:Mechanism

A3:Valuing

-

15 MINGGU ULANGKAJI / REVISION WEEK

16-20 PEPERIKSAAN AKHIR SEMESTER / FINAL

EXAMINATION

NOTA 1: POSSIBLE ASSESSMENT (Assessment mode can vary from semester to semester based on suitability)

Code Description

a Examinations and/or tests

b Laboratory experiment, test, report and oral presentation

c Design project, report (and oral presentation)

d Graduation project, dissertation and oral presentation

e Quiz

f Assignment

g Computer simulation

h Prototype development

i Class attendancej Industrial training report, oral presentation and UNIMAPs and host company supervisors evaluations

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Projek Untuk Pembelajaran Berasaskan Masalah (PBL)jika berkenaan

Problem-based learning (PBL) projects where relevant

Bil. Projek

NIL

(12) Sumbangan penilaian/ Evaluation contribution:

(i)

Peperiksaan/ Examination: 80%

Test 1 = 10%

Test 2 = 10%

Final Examination = 60%

(ii) Kerja kursus/course work: 20%

Laboratories = 10%

Assignments = 5%

Quizzes = 5%

(13) Tenaga pengajar terkini untuk penawaran kursus/Current Teaching staff for the course offered:

Lecturer:

1. En Saiful Azhar Saad

2. Cik Wan Amneera Bt Wan Ahmad

Teaching Engineer:

1. Pn Nurul Huda Hashim

2.

Pn Zuraini Mohd Ideris

(14) Jumlah pelajar yang dijangkakan untuk kali pertama penawaran kursus/ Number of students

expected during the first time course offered: 80 students

(15) Senarai buku teks dan rujukan/ List of text books and references : (Dahulukan dengan rujukan yang

utama/ list main texts/references first)

Text book:

1. Yunus, A.C., John, M.C., Fluid Mechanics: Fundamentals and Applications. McGraw Hill. (2010).

2.

Mott, R.L., Applied Fluid Mechanics. Prentice Hall. (2006).

3.

Young, D.F., Munson, B.R., Okiishi, T.H. & Huebsch, W.W., A Brief Introduction to Fluid Mechanics. WileyInterscience. (2007).

4. Landau L.D & Lifshitz, E.M., Fluid Mechanics. Elsevier. (2004)

5. Subramanya, K. Flow in Open Channels, McGraw Hill International Edition, (2000).

(16) Nota/ Notes(Catatkan di sini maklumat lain yang berkenaan mengenai kursus ini, sekiranya ada)

NIL

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(17) Tandatangan & Kelulusan/ Signatures & approvals

_______________ ____________________ __________________

(Pencetus) (Penolong Pendaftar (Dekan/Pengarah)

Nama : Pusat Pengajian/Pusat)

Tarikh : Tarikh: Tarikh :

_____________________________

(Dekan Pengurusan Akademik)

Tarikh :

Cop Rasmi:

eat 213 (hea 01) 2013

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