Mechanics of Engineering, Theoretical Mechanics by Julius Weisbach - PDF

Book Contents :-
SECTION I. PHORONOMICS, OR THE PURELY MATHEMATICAL THEORY OF MOTION 1. Simple Motion 2. Compound Motion SECTION II. MECHANICS, OR THE PHYSICAL SCIENCE OF MOTION IN GENERAL 1. Fundamental Principles and Laws of Mechanics 2. Mechanics of a Material Point SECTION III. STATICS OF RIGID BODIES 1. General Principles of the Statics of Rigid Bodies 2. The Theory of the Centre of Gravity 3. Equilibrium of Bodies Rigidly Fastened and Supported 4. Equilibrium in Funicular Machines 5. The Resistance of Friction and the Rigidity of Cordage SECTION IV. THE APPLICATION OF STATICS TO THE ELASTICITY AND STRENGTH OF BODIES 1. Elasticity and Strength of Extension, Compression, and Shearing 2. Elasticity and Strength of Flexure or Bending 3. The Action of the Shearing Elasticity in the Bending and Twisting of Bodies 4. On the Proof Strength of Long Columns, or the Resistance to Crushing by Bending or Breaking Across 5. Combined Elasticity and Strength SECTION V. DYNAMICS OF RIGID BODIES 1. The Theory of the Moment of Inertia 2. The Centrifugal Force of Rigid Bodies 3. Of the Action of Gravity upon Bodies Describing Prescribed Paths 4. The Theory of Impact SECTION VI. STATICS OF FLUIDS 1. Of the Equilibrium and Pressure of Water in Vessels 2. Equilibrium of Water with Other Bodies 3. Of the Molecular Action of Water 4. Of the Equilibrium and Pressure of the Air SECTION VII. DYNAMICS OF FLUIDS 1. The General Theory of the Efflux of Water from Vessels 2. Of the Contraction of the Vein or Jet of Water when Issuing from an Orifice in a Thin Plate 3. Of the Flow of Water through Pipes 4. Resistance to the Motion of Water when the Conduit is Suddenly Enlarged or Contracted 5. Of the Efflux of Water under Variable Pressure 6. Of the Efflux of Air and Other Fluids from Vessels and Pipes 7. Of the Motion of Water in Canals and Rivers 8. Hydrometry, or the Theory of Measuring Water 9. Of the Impulse and Resistance of Fluids APPENDIX. THE THEORY OF OSCILLATION

About this book :-
"Mechanics of Engineering: Theoretical Mechanics with an Introduction to the Calculus" by Julius Weisbach is a classical textbook bridging "engineering", "mathematics", and "mechanics". Originally written in the 19th century, it provides a rigorous introduction to the "calculus" needed for solving engineering problems. The book is designed for engineers, architects, and technical students, offering both theoretical foundations and practical applications. Its blend of theory and practice makes it a timeless reference for understanding how classical mechanics underpins modern engineering. The book covers key areas such as "statics", fluid mechanics, and the mechanics of rigid bodies. Topics include equilibrium of forces, internal stresses, behavior of materials under load, and hydraulics like fluid flow and efflux through orifices. By combining mathematical rigor with real-world engineering problems, Weisbach ensures readers can apply principles to structural, mechanical, and hydraulic systems. This practical approach makes it more than a theoretical treatise, preparing engineers for hands-on problem-solving. Historically significant, Weisbach’s work influenced engineering education and practice in the 19th century. While some methods and standards are now outdated, the book remains valuable for understanding classical mechanics, engineering problem-solving, and the evolution of technical education. Its emphasis on "theoretical mechanics", calculus, and practical applications continues to make it a reference for students and engineers seeking a solid foundational understanding.

Book Detail :-
Title: Mechanics of Engineering, Theoretical Mechanics by Julius Weisbach - PDF
Publisher: D. Van Nostrand
Year: 1882
Pages: 1124
Type: PDF
Language: English
ISBN-10 #: 1371943079
ISBN-13 #: 978-1371943073
License: Public Domain Work
Amazon: Amazon

About Author :-
The author Julius Ludwig Weisbach, Eckley Brinton Coxe (1806–1871) was a pioneering "engineer" and "mathematician" known for his contributions to "mechanics" and "hydraulics". He studied at the Freiberg Mining Academy and under notable scientists like Gauss, later becoming a professor of applied mathematics and machine theory. Weisbach focused on bridging theoretical knowledge with practical engineering applications, making complex topics accessible for engineers and students alike. He authored influential textbooks, including "Mechanics of Engineering: Theoretical Mechanics", and developed the formula behind the "Darcy–Weisbach equation", still used in fluid dynamics today.

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