par: M.A. Belmiloud & N.SAD. Chemloul
This textbook is intended for students in Science and Technology,
particularly those in the third year of the Bachelor’s program and the first
year of the Master’s program in Mechanical Engineering, specializing in
Energy Engineering.
The book, which consists of eight laboratory exercises, is clearly
structured and written in a pedagogical manner, thereby facilitating reading
and comprehension for students. Its content is in accordance with the new
unified national curriculum of the LMD system, in effect since the 2021/2022
academic year and approved by the Ministry of Higher Education.
Each laboratory work includes:
the objectives of the practical session;
a theoretical part;
an experimental part;
a report template.
The textbook spans 120 pages.
We highly recommend this work not only to students, but also to instructors
wishing to enrich their laboratory teaching materials in the field of energy
engineering.
- Mohamed Amine BELMILOUD
Afficher la table des matières
Preface III
Foreword V
Table of Contents VII
List of Symbols IX
Chapter 1: Centrifugal Pump 11
1 Objectives 12
2 Introduction 12
3 Theoretical part 14
3 Experimental Part 15
Laboratory Report 19
Chapter 2: Pump Arrangements in Series and Parallel 25
1 Objectives 26
2 Introduction 26
3 Theoretical part 27
4 Experimental part 30
Laboratory Report 35
Chapter 3: Impulse Hydraulic Turbine (Pelton Turbine) 39
1 Objectives 40
2 Introduction 40
3 Theoretical part 41
4 Experimental part 43
Laboratory Report 49
Chapter 4: Reaction hydraulic turbine (Francis turbine) 55
1 Objectives 56
2 Introduction 56
2 Theoretical part 58
3 Experimental part 60
Laboratory Report 64
Chapter 5: Gas Turbine 67
1 Objectives 68
2 Introduction 68
3 Theoretical part 69
4 Experimental part 75
Laboratory Report 79
Chapter 6: Steam Turbine 83
1 Objectives 84
2 Theoretical part 84
3 Experimental part 87
Chapter 7: Nozzle Performance 91
1 Objectives 92
2 Theoretical part 92
3 Experimental part 94
Laboratory Report 100
Chapter 8: Measurement of thrust and nozzle efficiency 109
1 Objectives 110
2 Theoretical part 110
3 Experimental part 115
Laboratory Report 119
List of References