Name: Engineering Statics Made Clear
SKU: 69155233
Price: 81.50 EUR
Availability: InStock
Author: Alex G. Mercer;Inspired-Minds Publishing
ISBN: 9798160014241

Type

Physical Book

Publisher

The Center for Lean Business Management, LLC

Author

Alex G. Mercer;Inspired-Minds Publishing

Language

English

Pages

340

ISBN13

9798160014241

Engineering Statics Made Clear

Alex G. Mercer;Inspired-Minds Publishing (Author) · The Center for Lean Business Management, LLC · Physical Book

New Book Imported to Netherlands

Delivery: 23 Oct - 27 Oct

€ 81,50

Import costs and 9% BTW included in the price ✅

€ 81,50

Add to Wishlist

Synopsis "Engineering Statics Made Clear"

Build confidence in engineering statics with 150 practice problems and complete worked solutions.Knowing the equations is only part of solving a statics problem. You also need to choose the right body, identify the forces, draw a clear free-body diagram, and check whether your answer makes physical sense.Engineering Statics Made Clear by Alex G. Mercer is a practical companion for introductory college engineering mechanics. Its 338-page paperback gives you room to work through diagrams, equations, and calculations before comparing your approach with the worked solutions.Inside, you will work through:150 original problems with complete worked solutions, stated assumptions, and checks.Force vectors, moments, support reactions, and particle and rigid-body equilibrium.Truss analysis, frames and machines, distributed loads, and beam shear and bending moments.Friction, sliding and tipping, centroids, and area moments of inertia.SI and US customary exercises, including paired cases and unit conversions.Dedicated working pages, original diagrams, a reference toolkit, and cumulative synthesis problems.Use the problem sets for course practice, self-study, or review before a statics exam. Attempt each exercise first, then use the solution to examine your setup and identify where a sign, force direction, or assumption needs attention.Algebra and basic trigonometry are the prerequisites. Force-based exercises use force diagrams; centroid and area-property exercises use geometry and axis diagrams.Start with the first problem, draw the body you are analyzing, and build a repeatable approach to equilibrium. Read more