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Green and Intelligent Technologies for Sustainable and Smart
Asphalt Pavements contains 124 papers from 14 different countries
which were presented at the 5th International Symposium on
Frontiers of Road and Airport Engineering (IFRAE 2021, Delft, the
Netherlands, 12-14 July 2021). The contributions focus on research
in the areas of "Circular, Sustainable and Smart Airport and
Highway Pavement" and collects the state-of-the-art and
state-of-practice areas of long-life and circular materials for
sustainable, cost-effective smart airport and highway pavement
design and construction. The main areas covered by the book
include: * Green and sustainable pavement materials * Recycling
technology * Warm & cold mix asphalt materials * Functional
pavement design * Self-healing pavement materials * Eco-efficiency
pavement materials * Pavement preservation, maintenance and
rehabilitation * Smart pavement materials and structures * Safety
technology for smart roads * Pavement monitoring and big data
analysis * Role of transportation engineering in future pavements
Green and Intelligent Technologies for Sustainable and Smart
Asphalt Pavements aims at researchers, practitioners, and
administrators interested in new materials and innovative
technologies for achieving sustainable and renewable pavement
materials and design methods, and for those involved or working in
the broader field of pavement engineering.
Functional Pavement Design is a collections of 186 papers from 27
different countries, which were presented at the 4th
Chinese-European Workshops (CEW) on Functional Pavement Design
(Delft, the Netherlands, 29 June-1 July 2016). The focus of the CEW
series is on field tests, laboratory test methods and advanced
analysis techniques, and cover analysis, material development and
production, experimental characterization, design and construction
of pavements. The main areas covered by the book include: -
Flexible pavements - Pavement and bitumen - Pavement performance
and LCCA - Pavement structures - Pavements and environment -
Pavements and innovation - Rigid pavements - Safety - Traffic
engineering Functional Pavement Design is for contributing to the
establishment of a new generation of pavement design methodologies
in which rational mechanics principles, advanced constitutive
models and advanced material characterization techniques shall
constitute the backbone of the design process. The book will be
much of interest to professionals and academics in pavement
engineering and related disciplines.
The authors give a systematic introduction to boundary value
problems (BVPs) for ordinary differential equations. The book is a
graduate level text and good to use for individual study. With the
relaxed style of writing, the reader will find it to be an enticing
invitation to join this important area of mathematical research.
Starting with the basics of boundary value problems for ordinary
differential equations, linear equations and the construction of
Green's functions are presented clearly.A discussion of the
important question of the existence of solutions to both linear and
nonlinear problems plays a central role in this volume and this
includes solution matching and the comparison of eigenvalues.The
important and very active research area on existence and
multiplicity of positive solutions is treated in detail. The last
chapter is devoted to nodal solutions for BVPs with separated
boundary conditions as well as for non-local problems.While this
Volume II complements , it can be used as a stand-alone work.
The authors give a treatment of the theory of ordinary differential
equations (ODEs) that is excellent for a first course at the
graduate level as well as for individual study. The reader will
find it to be a captivating introduction with a number of
non-routine exercises dispersed throughout the book.The authors
begin with a study of initial value problems for systems of
differential equations including the Picard and Peano existence
theorems. The continuability of solutions, their continuous
dependence on initial conditions, and their continuous dependence
with respect to parameters are presented in detail. This is
followed by a discussion of the differentiability of solutions with
respect to initial conditions and with respect to parameters.
Comparison results and differential inequalities are included as
well.Linear systems of differential equations are treated in detail
as is appropriate for a study of ODEs at this level. Just the right
amount of basic properties of matrices are introduced to facilitate
the observation of matrix systems and especially those with
constant coefficients. Floquet theory for linear periodic systems
is presented and used to analyze nonhomogeneous linear
systems.Stability theory of first order and vector linear systems
are considered. The relationships between stability of solutions,
uniform stability, asymptotic stability, uniformly asymptotic
stability, and strong stability are examined and illustrated with
examples as is the stability of vector linear systems. The book
concludes with a chapter on perturbed systems of ODEs.
The authors give a systematic introduction to boundary value
problems (BVPs) for ordinary differential equations. The book is a
graduate level text and good to use for individual study. With the
relaxed style of writing, the reader will find it to be an enticing
invitation to join this important area of mathematical research.
Starting with the basics of boundary value problems for ordinary
differential equations, linear equations and the construction of
Green's functions are presented clearly.A discussion of the
important question of the existence of solutions to both linear and
nonlinear problems plays a central role in this volume and this
includes solution matching and the comparison of eigenvalues.The
important and very active research area on existence and
multiplicity of positive solutions is treated in detail. The last
chapter is devoted to nodal solutions for BVPs with separated
boundary conditions as well as for non-local problems.While this
Volume II complements , it can be used as a stand-alone work.
The authors give a treatment of the theory of ordinary differential
equations (ODEs) that is excellent for a first course at the
graduate level as well as for individual study. The reader will
find it to be a captivating introduction with a number of
non-routine exercises dispersed throughout the book.The authors
begin with a study of initial value problems for systems of
differential equations including the Picard and Peano existence
theorems. The continuability of solutions, their continuous
dependence on initial conditions, and their continuous dependence
with respect to parameters are presented in detail. This is
followed by a discussion of the differentiability of solutions with
respect to initial conditions and with respect to parameters.
Comparison results and differential inequalities are included as
well.Linear systems of differential equations are treated in detail
as is appropriate for a study of ODEs at this level. Just the right
amount of basic properties of matrices are introduced to facilitate
the observation of matrix systems and especially those with
constant coefficients. Floquet theory for linear periodic systems
is presented and used to analyze nonhomogeneous linear
systems.Stability theory of first order and vector linear systems
are considered. The relationships between stability of solutions,
uniform stability, asymptotic stability, uniformly asymptotic
stability, and strong stability are examined and illustrated with
examples as is the stability of vector linear systems. The book
concludes with a chapter on perturbed systems of ODEs.
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