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BACK TO CONTENTS<br />
ENGINEERING<br />
Strength of Materials for Technicians, 4 th edition<br />
ISBN: 9781775782421<br />
Author: Jan Drotsky<br />
Copyright: 2011<br />
Extent: 384pp<br />
Format: Soft cover<br />
Description<br />
The definitive South African text on<br />
the subject, Strength of Materials for<br />
Technicians now in its fourth edition,<br />
builds on Jan Drotsky’s practised<br />
approach that enables the student to<br />
follow the text’s reasoning through<br />
practical examples.<br />
Although the fourth edition retains<br />
the fundamental content of previous<br />
editions, it includes a number of<br />
changes and additions to ensure<br />
that the methodology is in line with<br />
new trends in teaching and learning,<br />
including some of the requirements of<br />
the Engineering Professional Body.<br />
Strength of Materials for Technicians<br />
covers the syllabi for the first and<br />
second year courses in Strength of<br />
Materials. In each chapter, the author<br />
develops the theory logically and<br />
comprehensively, states assumptions<br />
clearly and emphasises basic concepts<br />
and principles. The student is required<br />
to memorise only a minimum of<br />
formulae.<br />
Features<br />
• Chapter outcomes outline the content<br />
and skills<br />
• Self-assessment exercises evaluate<br />
fundamental concepts<br />
• In units at Higher levels, problems are<br />
solved with MATHCAD<br />
• Multiple approaches to problemsolving<br />
• Theory followed by worked examples<br />
that illustrate the application of<br />
principles<br />
• 3D illustrations support understanding<br />
of the content<br />
• Colour sections which engage learners<br />
• Larger format which further aids<br />
understanding<br />
Contents<br />
1: Simple trusses<br />
2: Simple stress and strain<br />
3: Thin-walled pressure vessels and<br />
thin rotating cylinders<br />
4: Torsion of circular shafts<br />
5: Springs<br />
6: Shear force and bending moment<br />
7: Temperature stresses<br />
8: Strain energy due to direct stresses<br />
9: Second moment of area<br />
10: Bending Stresses<br />
11: Shear stress in beams<br />
12: Catenaries<br />
13: Testing of materials<br />
14: Deflection of beams<br />
15: Struts<br />
16: Transformation of stress<br />
17: Analysis of strain<br />
18: Thick cylinders<br />
19: Theories of failure<br />
Electrotechnology 1 for Technicians<br />
ISBN: 9780796214492<br />
Author: C Frylinck<br />
Copyright: 2005<br />
Extent: 112pp<br />
Format: Soft cover<br />
Description<br />
Every first year electrotechnology<br />
student should have this book. The<br />
book is written in plain, easy-tounderstand<br />
language. It states the<br />
basic concepts and builds up to more<br />
complex theories. It illustrates theories<br />
with problems that students are likely<br />
to encounter in real situations. The<br />
book was compiled in consultation<br />
with and edited by an examiner<br />
for the Government Certificate of<br />
Competency.<br />
Features<br />
• Self-assessment exercises help students<br />
to assess their own progress<br />
• Web-based question and answer<br />
packs help lecturers to assess students’<br />
progress.<br />
Contents<br />
1: Electricity<br />
2: Basic concepts<br />
3: Electrical resistance<br />
4: Electrical circuits<br />
5: Electromagnetism<br />
6: Inductance<br />
7: Capacitance<br />
8: Measuring instruments<br />
9: Cells<br />
Engineering 9