TAILIEUCHUNG - Ebook Vector mechanics for engineers - Statics and dynamics (10th edition): Part 1

(BQ) Part 1 book "Vector mechanics for engineers - Statics and dynamics" has contents: Statics of particles, equilibrium of rigid bodies, analysis of structures, method of virtual work, distributed forces - Moments of inertia, rigid bodies - Equivalent systems of forces. | VECTOR MECHANICS for ENGINEERS TENTH EDITION CourseSmart is a money-saving eBook option that lets your students carry the book in an electronic format, either on a computer or on one of many mobile devices. Beer Johnston Mazurek Cornwell ISBN 978-0-07-339813-6 MHID 0-07-339813-6 MD DALIM #1173126 11/29/11 CYAN MAG YELO BLK McGraw-Hill Connect® Engineering is a web-based assignment platform engineering that helps you connect your students to their coursework and success beyond the course. Connect includes many features that will help students learn faster, study more, and retain more knowledge. Easy to use course management tools allow you to spend less time administering and more time teaching. McGraw-Hill ConnectPlus® Engineering also includes an integrated eBook that is linked directly to the students’ learning. Beer I Johnston I Mazurek I Cornwell McGraw-Hill Create™ is an online system that allows you to assemble materials especially for your course, whether in print or eBook formats. You can choose from nearly all McGraw-Hill titles and add material of your own to build a resource exactly to your needs. TENTH EDITION S TAT I C S

• Cơ khí - Chế tạo máy
• Vector mechanics for engineers
• Statics of particles
• Equilibrium of rigid bodies
• Analysis of structures
• Method of virtual work
• Distributed forces
• Vector mechanics
• Vector force components
• Concurrent forces
• Graphical solution
• Trigonometric solution
• Forces in beams and cables
• Centers of gravity
• Kinematics of particles
• Systems of particles
• Plane motion of rigid bodies
• Mechanical vibrations
• Momentum methods
• Forces in beams
• Ixmoments of inertia
• Newton’s second law
• Energy and momentum methods
• Flane motion of rigid bodies
• Forces and accelerations
• Three dimensions
• Statics of materials
• Mechanics of materials
• Rigid bodies
• Equivalent systems of forces
• Sentroids and centers of gravity
• Engineering mechanics
• Frictional phenomena
• Applications of friction in machines
• Virtual work
• Special topics