CONTENTS : Learning Objectives in Engineering Fluid Mechanics , 1 Fluid Mechanics: What, Why, & How?: An Audiovisual Introduction, 3 1 Introductory Concepts , 9-42 2 Fluid Statics , 43-118 3 Fluid Kinematics , 119-168 4 Fluid Dynamics , 169-225 5 Flow Measurement , 226-264 6 Ideal Fluid Flow , 265-289 7 Laminar Flow , 290-321 8 Boundary Layer Flow , 322-346 9 Flow…
Chapter 1 Simple Stress , 1-32 Chapter 2 Simple Strain , 33-73 Chapter 3 Torsion , 74-105 Chapter 4 Shear & Moment in Beams , 106-152 Chapter 5 Stresses in Beams , 153-212 Chapter 6 Beam Deflections , 213-282 Chapter 7 Restrained Beams , 283-311 Chapter 8 Continuous Beams , 312-357 Chapter 9 Combined Stresses , 358-415 Chapter 10 Reinforced Beams , 416-438 Chapter 1…
CONTENTS : 1 Statics , 1-36 2 Shear force and bending moment , 37-65 3 Stress and strain , 66-109 4 Bending of beams , 110-139 5 Torsion of circular shafts , 140-160 6 Materials testing , 161-173 7 Kinematics , 174-195 8 Kinetics - translatory motion , 196-235 9 Kinetics - angular motion , 236-257 10 Simple harmonic motion , 258-279 11 Fluids at rest , 280-299 …
A concise textbook which provides an up-to-date account of the basic principles of metalworking theory which are necessary for an understanding of industrial processes. An attractive feature of this book is a chapter giving full descriptions of illustrative experiments on rolling, forging, drawing, extrusion and cutting. The experiments include measurements of forces, choice of tools and pass v…