Engineering mathematics.
Overview
| Works: | 283 works in 145 publications in 145 languages | |
|---|---|---|
Titles
Applied functional analysis and variational methods in engineering /
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A student's guide to Fourier transforms : = with applications in physics and engineering /
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Analytical and computational methods of advanced engineering mathematics / = Grant B. Gustafson, Calvin H. Wilcox.
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Numerical solution of partial differential equations in science and engineering /
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The probability tutoring book : = an intuitive course for engineers and scientists (and everyone else!) /
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Stability of stationary sets in control systems with discontinuous nonlinearities /
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Well-posed, ill-posed, and intermediate problems with applications /
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Decomposition techniques in mathematical programming : = engineering and science applications /
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Singular perturbation theory : = mathematical and analytical techniques with applications to engineering /
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Singular perturbation theory = mathematical and analytical techniques with applications to engineering /
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A student's guide to Fourier transforms = with applications in physics and engineering /
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Inverse Problems = Mathematical and Analytical Techniques with Applications to Engineering /
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Singular Perturbation Theory = Mathematical and Analytical Techniques with Applications to Engineering /
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Partial Differential Equations = Modeling and Numerical Simulation /
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Numerical methods for engineers and scientists : = an introduction with applications using MATLAB /
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Tensor algebra and tensor analysis for engineers = with applications to continuum mechanics /
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Multiscale methods : = bridging the scales in science and engineering /
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Guided explorations of the mechanics of solids and structures : = strategies for solving unfamiliar problems /
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Advanced topics in applied mathematics : = for engineering and the physical sciences /
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Applications of algebra to communications, control, and signal processing
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Advanced engineering analysis = the calculus of variations and functional analysis with applications in mechanics /
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Self-consistent methods for composites.. Vol. 2,. Wave propagation in heterogeneous materials /
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Self-consistent methods for composites.. Vol. 1,. Static problems /
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Discrete variational derivative method = a structurepreserving numerical method for partial differential equations /
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Mathematics for physicists and engineers = fundamentals and interactive study guide /
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Nonlinear approaches in engineering applications = applied mechanics, vibration control, and numerical analysis /
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The mathematical theory of time-harmonic Maxwell's equations = expansion-, integral-, and variational methods /
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Tensor algebra and tensor analysis for engineers = with applications to continuum mechanics /
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Optimization in engineering sciences = metaheuristics, stochastic methods and decision support /
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An introduction to MATLAB programming and numerical methods for engineers
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Integral methods in science and engineering = theorical and computational advances /
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Excursions in harmonic analysis.. Volume 4,. the February Fourier talks at the Norbert Wiener Center
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Multiscale paradigms in integrated computational materials science and engineering = materials theory, modeling, and simulation for predictive design /
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Engineering mathematics I = electromagnetics, fluid Mechanics, material physics and financial engineering /
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An invitation to applied mathematics = differential equations, modeling, and computation /
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Foundations of fluid mechanics with applications = problem solving using Mathematica /
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Mass and energy balances = basic principles for calculation, design, and optimization of macro/nano systems /
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Probability and statistics : = for engineering and the computing sciences /
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Combining interval, probabilistic, and other types of uncertainty in engineering applications
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Iterative learning control for systems with iteration-varying trial lengths = synthesis and analysis /
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EKC 2019 Conference proceedings = science, technology, and humanity : advancement and sustainability : Vienna, Austria, July 15-18, 2019 : proceedings /
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Integrated Computer Technologies in Mechanical Engineering - 2020 = synergetic engineering /
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Probability, random variables, and data analytics with engineering applications
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Non-equilibrium evaporation and condensation processes = analytical solutions /
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Mathematical modelling in real life problems = case studies from ECMI-Modelling Weeks /
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Isogeometric topology optimization = methods, applications and implementations /
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Nonlinear approaches in engineering application = design engineering problems /
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Mathematical modeling = a dynamical systems approach to analyze practical problems in STEM disciplines /
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Integral methods in science and engineering = applications in theoretical and practical research /
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Mathematical methods for engineers and scientists.. 1,. Complex analysis and linear algebra
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Roads to higher dimensional polytopic projects = reference architectures /
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Mathematics for engineers and scientists = concepts, applications, and history /
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Basic structured grid generation with an introduction to unstructured grid generation
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Finite element methods for engineering sciences = Theoretical approach and problem solving techniques /
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Functions, spaces, and expansions = mathematical tools in physics and engineering /
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Imperfect bifurcation in structures and materials = engineering use of group-theoretic bifurcation theory /
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Engineering optimization : = an introduction with metaheuristic applications /
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Inverse analyses with model reduction = proper orthogonal decomposition in structural mechanics /
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Analysis for science, engineering and beyond = the tribute workshop in honour of Gunnar Sparr held in Lund, May 8-9, 2008 /
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Fuzzy multi-criteria decision making = theory and applications with recent developments /
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Advances in interdisciplinary mathematical research : = applications to engineering, physical and life sciences /
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Guide to essential math = a review for physics, chemistry and engineering students /
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Linear algebra and linear operators in engineering = with applications in Mathematica /
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Separated representations and PGD-based model reduction = fundamentals and applications /
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Solving computationally expensive engineering problems = methods and applications /
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Excel 2013 for engineering statistics = a guide to solving practical problems /
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Engineering graphics = theoretical foundations of engineering geometry for design /
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Nonlinear approaches in engineering applications = advanced analysis of vehicle related technologies /
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Engineering mathematics II = algebraic, stochastic and analysis structures for networks, data classification and optimization /
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Mathematical and statistical applications in life sciences and engineering
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Spectral theory and quantum mechanics = mathematical foundations of quantum theories, symmetries and introduction to the algebraic formulation /
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Advanced numerical methods with Matlab 2 = resolution of nonlinear, differential and partial differential equations /
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Machine scheduling to minimize weighted completion times = the use of the α-point /
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Jaya = an advanced optimization algorithm and its engineering applications /
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Ordinary differential equations for engineers = problems with MATLAB solutions /
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Tensor algebra and tensor analysis for engineers = With Applications to Continuum Mechanics /
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Imperfect bifurcation in structures and materials = engineering use of group-theoretic bifurcation theory /
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Partial differential equations of classical structural members = a consistent approach /
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Demystifying numerical models = step-by-step modeling of engineering systems /
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Engineering applications of discrete element method = operation analysis and optimization design of coal and agricultural machinery /
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Recent advances in computational mechanics and simulations.. Volume-II,. Nano to macro
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Advances in engineering research and application = proceedings of the International Conference on Engineering Research and Applications, ICERA 2020 /
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Contemporary approaches and methods in fundamental mathematics and mechanics
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Fractals in engineering = theoretical aspects and numerical approximations /
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Progress in industrial mathematics = success stories : the industry and the academia points of view /
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Calculus for engineering students = fundamentals, real problems, and computers /
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