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Differential Equations for Engineers and Scientists
1
Comprehensive practice for differential equations mastery.
Includes essential techniques for effective problem-solving.
Focuses on first-order and second-order equations.
Explores separable, linear, and homogeneous equations.
Contains applications and initial/boundary value problems.
Authored by experienced math educator Chris McMullen, Ph.D.
Enhances math fluency for physics students.
Average Rating out of 5:
Price Range: $12.34
2
Classic calculus primer by Silvanus P. Thompson.
Thoroughly updated for modern readers.
Includes a new introduction and three new chapters.
Modernized language for better understanding.
Challenging practice problems in appendix.
Accessible for readers of all levels.
Popular choice for learning calculus easily.
Average Rating out of 5:
Price Range: $17.88
3
Comprehensive introduction to ordinary differential equations.
Clear explanations of complex mathematical concepts.
Step-by-step approach with rigorous mathematical foundations.
Includes practical examples and solved problems.
Exceptional chapters on series and numerical methods.
Focus on theory and real-world applications.
Ideal for undergraduate mathematics and engineering students.
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Price Range: $25.54
4
Fun approach to understanding complex mathematics.
Explores four-dimensional shapes and knot theory.
Engaging activities and puzzles for all ages.
Revisits foundational concepts like numbers and geometry.
Encourages appreciation of abstract mathematical ideas.
Written by comedian and mathematician Matt Parker.
Transforms boredom into excitement for math learning.
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Price Range: $14.67
5
Comprehensive foundation in nonlinear dynamics and chaos.
Emphasizes analytical methods and concrete examples.
Covers bifurcations, limit cycles, and chaos theory.
Includes significant updates and new exercises.
Features a new chapter on the Kuramoto model.
Accessible for those with calculus and physics background.
Engaging approach for students and educators alike.
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Price Range: $69.67
6
Comprehensive guide to partial differential equations.
Applies to fluid dynamics, electricity, and mechanics.
Focuses on mathematical modeling of physical problems.
Includes realistic coverage of diffusion and hyperbolic problems.
Provides solutions to selected problems for practice.
Suitable for advanced students and professionals alike.
Encourages further reading and exploration of topics.
Average Rating out of 5:
Price Range: $11.99
7
Concise reference for differential equations concepts.
Laminated for durability and easy handling.
Designed for engineering and science students.
Maximize study efficiency and retention.
Supports foundational mathematics for competitive fields.
Quick access to essential formulas and theorems.
Aids in improving test performance significantly.
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Price Range: $6.95
8
Focuses on practical applications in engineering and sciences.
Emphasizes methods of solution, analysis, and approximation.
Utilizes technology and illustrations for better understanding.
Includes problem sets to reinforce learning concepts.
Historical footnotes highlight key contributions in the field.
Ideal for foundational learning in differential equations.
Standalone book without additional materials required.
Average Rating out of 5:
Price Range: $19.54
9
Third edition paperback in very good condition.
Covers show signs of scoring and wear.
Edges and corners slightly bumped and rubbed.
Front cover has a dog-eared corner.
Page block lightly blemished, not affecting readability.
Binding is sound and intact.
Pages are clear, no markings or highlights.
Average Rating out of 5:
Price Range: $78.89
10
Fundamental concepts of partial differential equations covered.
Designed for advanced undergraduates and beginning graduates.
Balances rigor, techniques, and real-world applications.
Includes numerous examples and extensive exercise sets.
Prerequisites: calculus, ordinary differential equations, linear algebra.
Covers classical and contemporary topics in the field.
Introduces numerical methods: finite differences and elements.
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Price Range: $41.97
11
Clear presentation of partial differential equations theory.
Application-focused problems in physical sciences and engineering.
Developed at Purdue University for advanced students.
Covers calculus and ordinary differential equations fundamentals.
Explores linear and quasi-linear equations thoroughly.
Includes challenging problems for student engagement.
Accessible to students with modest mathematical background.
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Price Range: $17.95
12
Comprehensive introduction to stochastic calculus theory.
Illustrative examples to demonstrate practical applications.
Accessible presentation of complex concepts for learners.
Focus on proofs of easier cases for clarity.
Includes new exercises and solutions in 6th edition.
Applicable in fields like economics, biology, and physics.
Develops theory progressively for effective understanding.
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Price Range: $48.99
13
Comprehensive approach to Differential Equations and applications.
Flexible chapter construction for varied learning styles.
Clear exposition enhances understanding of complex concepts.
Outstanding problem sets for practical application.
Includes historical footnotes on mathematical development.
Utilizes technology and illustrations for intuitive learning.
Written from an applied mathematician's perspective.
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Price Range: $2.55
14
Comprehensive introduction to differential equations concepts.
Clear explanations and numerous illustrative examples.
Includes "Remarks" boxes for better understanding.
Definitions provided for key terms and concepts.
Available MindTap Math for enhanced online learning.
Access to lecture videos and assessments included.
Suitable for first-time learners and advanced students.
Average Rating out of 5:
Price Range: $219.90
15
Focus on practical solutions for engineering applications.
Requires only basic knowledge of ordinary differential equations.
Covers vibration, heat flow, electricity, and elasticity equations.
Includes techniques of Fourier analysis for problem-solving.
Explores Legendre, Bessel, and Mathieu functions.
Ideal for undergraduate engineering students seeking clarity.
Concise text with clear explanations and examples.
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Price Range: $19.35
16
Comprehensive introduction to finite element modeling.
Ideal for engineers and students in various fields.
Concise explanations of FEM theories and techniques.
Applies concepts to civil, mechanical, and aerospace issues.
Includes updated case studies and illustrations.
PowerPoint slides available on companion website.
Enhances understanding of loads, stresses, and strains.
Average Rating out of 5:
Price Range: $67.73
17
Concise textbook on elementary differential equations.
Accessible format for easy comprehension and learning.
Focus on applications in various fields.
Increased examples and exercises in this edition.
Includes MATLAB® supplement for practical solutions.
Review appendix with practice problems included.
Solutions to even-numbered problems available online.
Average Rating out of 5:
Price Range: $47.58
18
Ideal for high school and college students.
Clear explanations and step-by-step methods.
Exercises with solutions to assess understanding.
Covers advanced algebra topics comprehensively.
Self-paced learning for individual study.
Perfect for exam preparation and refreshers.
Price Range: $7.99
19
Comprehensive introduction to soliton theory.
Explains soliton generation and properties clearly.
Focuses on Inverse Scattering Transform technique.
Accessible to standard mathematical physics students.
Includes worked examples for better understanding.
Exercises with solutions enhance learning experience.
References provided for further reading opportunities.
Average Rating out of 5:
Price Range: $63.79
20
Easy-to-understand differential equations guide.
Applicable to physics, chemistry, biology, and economics.
Perfect for college differential equations courses.
Supplemental resource for calculus and science classes.
Step-by-step techniques and practical tips included.
Numerous exercises to enhance problem-solving skills.
Clear examples to boost test preparation effectiveness.
Average Rating out of 5:
Price Range: $20.25
21
Comprehensive introduction to Fourier methods.
Emphasizes practical techniques over theoretical concepts.
Detailed modeling of physical problems presented.
Includes step-by-step solution outlines for clarity.
Addresses boundary value problems logically.
Covers multidimensional Fourier series and integrals.
Ideal for students and professionals in related fields.
Average Rating out of 5:
Price Range: $13.39
22
Comprehensive step-by-step Algebra 1 guide. Practice problems with detailed solutions included. Improves skills for 6th to 9th grade students. Structured chapters for easy topic navigation. Helpful tips and simplifications for better understanding. Effective preparation for tests and exams. Ideal for students and supportive parents alike.
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Price Range: $4.28
23
Comprehensive introduction to dynamic equations on time scales.
Unifies continuous and discrete mathematical analysis.
Explains the relationship between differential and difference equations.
Avoids redundant proofs for similar mathematical results.
Developed from Stefan Hilger's foundational work.
Ideal for mathematicians and advanced students.
Explores unique discrepancies between equation types.
Price Range: $54.99
24
Comprehensive introduction to difference equations.
Covers numerical analysis and methods effectively.
Diverse applications across mathematics subfields.
Phase plane analysis for linear equation systems.
Includes Mathematica appendix for practical analysis.
New examples and exercises enhance learning experience.
Focuses on engineering and physical sciences applications.
Average Rating out of 5:
Price Range: $117.95
25
Comprehensive guide to Maxwell's equations.
Detailed explanations in plain language.
Each equation covered in separate chapters.
Explains both integral and differential forms.
Final chapter links to wave equation.
Interactive solutions available online.
Ideal for undergraduate and graduate studies.
Average Rating out of 5:
Price Range: $34.99
Material: 4 positive
26
Comprehensive introduction to optimal control theory.
Focus on stochastic systems and real-world applications.
Includes nonlinear and time-varying system control.
Methods for estimating states with random measurement errors.
Stochastic optimal control problem addressed thoroughly.
Ideal for self-study and classroom use.
Written by an expert in control systems.
Average Rating out of 5:
Price Range: $31.39
27
Classic edition emphasizing fundamental theory and techniques.
Accessible writing style for easy understanding.
Flexible organization aids in teaching and learning.
Wide variety of examples for practical application.
Numerous exercises to reinforce learning concepts.
Designed for instructors favoring traditional teaching methods.
Ideal for students pursuing theoretical differential equations.
Average Rating out of 5:
Price Range: $70.95
28
Integrates geometry, topology, and algorithms effectively.
Addresses mesh generation challenges in engineering.
Ideal for graduate-level mesh generation courses.
Focuses on elementary and attractive topics.
Explains breakthrough solutions in mesh generation.
Combines combinatorial and numerical algorithms seamlessly.
Useful for both teaching and practical applications.
Average Rating out of 5:
Price Range: $142.00
29
Comprehensive introduction to partial differential equations.
Focus on wave, heat, and Laplace equations.
Minimizes mathematical jargon for better understanding.
Designed for juniors, seniors, and beginning graduates.
Illustrates rich variety of phenomena in PDEs.
Imparts essential techniques for analyzing solutions.
Accessible for students in science, engineering, mathematics.
Average Rating out of 5:
Price Range: $162.49
30
Advanced calculus applications for rocket dynamics. Differential equations for mission success. Python coding for practical engineering examples. Stability analysis for spacecraft control systems. Numerical methods for solving complex equations. Real-world applications in aerospace engineering.
Price Range: $59.99
