Gustav Herrmann Knihy
Get an in-depth look at the mechanical workings of hoisting machines with this comprehensive technical guide. Suitable for students and engineers alike, this book is a must-have for anyone interested in the science of heavy machinery.
Hermann's classic text offers a comprehensive introduction to graphical statics, a key discipline in mechanical engineering. Using clear, concise language and numerous illustrations, he covers the principles of forces and moments, equilibrium, and stability, providing practical insights into the design and analysis of complex mechanical systems.
The Graphical Statics Of Mechanism
A Guide For The Use Of Machinists, Architects, And Engineers (1892)
- 172 stránok
- 7 hodin čítania
Focusing on the principles of graphical statics, this guide serves machinists, architects, and engineers by detailing the analysis of forces and moments in structures and machines. It begins with fundamental concepts before progressing to simple machines like levers and pulleys, and then to complex mechanisms such as linkages and gears. Advanced topics include frame and truss analysis, stress calculations, and design principles. With practical examples and illustrations, it is an essential resource for both students and professionals in engineering and design.
The Graphical Statics of Mechanism
- 184 stránok
- 7 hodin čítania
Culturally significant and historically relevant, this work has been meticulously reproduced from its original artifact, preserving its authenticity. Readers will encounter original copyright references and library stamps, reflecting its importance in major libraries worldwide. This dedication to maintaining the integrity of the text highlights its value in the knowledge base of civilization.
Die Graphische Theorie der Turbinen und Kreiselpumpen - Mit 58 Holzschnitten und 7 lithographirten Tafeln - 219 Seiten - Nachdruck 2018 als Taschenbuch Komplettes Inhaltsverzeichnis als Vorschau: Inhaltsverzeichnis § 1. Turbinen überhaupt 1 § 2. Stoß des Wassers gegen ruhende Flächen 6 § 3. Stoß des Wassers gegen bewegte Flächen 11 § 4. Wirkung des Wassers vermöge seiner Geschwindigkeit .... 15 § 5. Austritt des Wassers aus dem Rade 22 § 6. Pressung des Wassers während seiner Bewegung 28 § 7. Wirkung des Wassers vermöge seiner Pressung 35 § 8. Diagramm für Axialturbinen.... 44 § 9. Gefällmaßstab 51 § 10. Axialturbinen 53 § 11. Entwurf der Axialturbinen 63 §12. Centrifugalkraft 69 § 13. Innere Radialturbinen (Fourneyron) 77 § 14. Aeußere Radialturbinen (Francis) 83 § 15. Turbinen ohne Leitschaufeln (Cadiat) 87 § 16. Schottische Turbinen 96 § 17. Segner'sches Wasserrad 100 §18. Schaufelprofile 105 §19. Schaufelflächen 117 § 20. Verengung durch die Schaufeldicken 128 § 21. Effektverluste in Folge der Schaufeldicken 134 § 22. Reibungs widerstand des Wassers 145 § 23. Abmessungen der Turbinen 155 § 24. Aufstellung der Turbinen 159 § 25. Formeln für Turbinen 168 §26. Beispiele 172 § 27. Centrifugalpumpen 194 Und vieles vieles mehr...