Jj309 fluid mechanics
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This workbook was published to make fluid mechanics concepts easier to understand and apply. It contains questions at various difficulty levels to strengthen comprehension and improve exam scores. The document outlines the module's objectives of explaining fluid properties and dynamics, solving related problems, and applying fluid mechanics theory to engineering. It also provides an overview of the workbook's contents which cover fluid properties, statics, dynamics, energy losses in pipes, and nozzles.
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Jj309 fluid mechanics
- 1. 2013 Liza Anna Mat Jusoh JJ309 FLUID MECHANICS
- 2. STUDENT WORKBOOK JJ308-FLUID MECHANICS LIZA ANNA BINTI MAT JUSOH JABATAN KEJURUTERAAN MEKANIKAL POLITEKNIK SULTAN AZLAN SHAH
- 3. Background This workbook published with a goal to ease reference, strengthen understanding, and increase achievement. So that this objective filled, planning and this book manipulation are made with very latest curriculum and past year final examination paper that. This workbook contain inquisition technique with various difficulty level. Objectives This module focuses on the following objectives, typically found in syllabus content: a. Explain clearly the characteristics of fluid b. Solve problems correctly related to fluid properties, fluid statics and fluid dynamics c. Explain the theory of fluid mechanics related to engineering field .
- 4. CONTENTS Unit 1: Fluid Properties Covers characteristics of fluid, pressure gauge measurement, physical properties of fluid, viscosity and compressibility Unit 2: Fluid Statics Introduces the relationship between pressure and depth, analyze pressure head, buoyancy and pressure. Unit 3: Fluid Dynamic This topics covers flow, discharge. Mass flow rate in pipe, continuity equation, Bernoulli equation and measurement of fluid motion Unit 4: Energy Loss In Pipelines This topic cover velocity profile in circular pipe. Type of head loss in pipelines, flow characteristics, head loss equation for rate and pipelines problems Unit 5: Nozzle This topic covers types and shapes of nozzles, critical pressure ratio, changes in pressure, temperature, maximum mass flow and cross- sectional area