The ability to create intelligent machines has intrigued humans since ancient times, and
today with the advent of the computer and 50 years of research into AI programming
techniques, the dream of smart machines is becoming a reality. Researchers are creating
systems, which can mimic human beings. Accurate mathematical models neither always
exist nor can they be derived for all complex environments because the domain may not
be thoroughly understood. The solution consists of constructing rules that apply when
input values lie within certain designer-defined categories....
This Second Edition of the go-to reference combines the classical analysis and modern applications of applied mathematics for chemical engineers. The book introduces traditional techniques for solving ordinary differential equations (ODEs), adding new material on approximate solution methods such as perturbation techniques and elementary numerical solutions. It also includes analytical methods to deal with important classes of finite-difference equations. The last half discusses numerical solution techniques and partial differential equations (PDEs). The read...
Tham khảo sách 'heat transfer mathematical modelling, numerical methods and information technology_2', kỹ thuật - công nghệ, cơ khí - chế tạo máy phục vụ nhu cầu học tập, nghiên cứu và làm việc hiệu quả
The ﬁrst is the widely held view that mathematics is, somehow, innate11.
Pre-service teachers will often indicate that they do not see the need to learn
the material being covered because, when the time comes that they actually
need it, they will be able to dredge it up.
The new monograph ‘‘Mathematical Modeling in Mechanics of Granular Mate-
rials’’ written by Oxana & Vladimir Sadovskii is based on a previous Russian
version published in 2008. The Russian version was significantly revised and
extended. The References were updated with respect to the readers not being
familiar with the Russian language. Instead of eight chapters of the Russian ori-
ginal version there are now ten chapters—a new chapter devoted to continua with
independent rotational degrees of freedom is added....
At present, thickness measurement of materials based on effect of backscattering gamma-ray has been widely used in industry in our country. The report presented research in measuring thickness of some materials such as paper, plastic, aluminum and steel with using the dedicated system of MYO-101, having scintillation detector of YAP(Ce) and gamma-ray of 60 keV of Am-241 source, by Monte-Carlo simulation using the code of MCNP. The simulation was checked by experimental measurements.
Scoring Extended- and Short-Response Items
Extended- and short-response items are evaluated according to an established scoring scale, called a
rubric, developed from a combination of expectations and a sample of actual student responses. Such
rubrics must be particularized by expected work and further developed by examples of student work in
developing a guide for scorers. Illinois educators play a substantial role in developing these guides used
for the scoring of the short- and extended-response items.
This is the third volume in the series “Tutorial in Mathematical Biosciences”.
These lectures are based on material which was presented in tutorials or developed
by visitors and postdoctoral fellows of the Mathematical Biosciences
Institute (MBI), at The Ohio State University. The aim of this series is to introduce
graduate students and researchers with just a little background in either
mathematics or biology to mathematical modeling of biological processes.
The first volume was devoted to mathematical neuroscience, which was the
focus of the MBI program in 2002–2003.
This, the Twenty-Seventh Yearbook, and its companion volume, the Twenty-Eighth Yearbook, have been long in the making. Into these two books have gone the combined contributions, suggestions, and criticisms of innumerable individuals, committees, and subcommittees.
The academically talented student in mathematics has always been with us, and most teachers have always attempted to provide for his special needs in one way or another. The principal purpose of this year-book is to give teachers one more resource in order to provide for the talented more efficiently and more quickly.
With its origins in the theories of continuous distributions of dislocations and
of metal plasticity, inhomogeneity theory is a rich and vibrant field of research.
The recognition of the important role played by configurational or material
forces in phenomena such as growth and remodelling is perhaps its greatest
present-day impetus. While some excellent comprehensive works approaching
the subject from different angles have been published, the objective of
this monograph is to present a point of view that emphasizes the differentialgeometric
aspects of inhomogeneity theory.
Thermal expansion property of three-phase fiber composite material reinforced by spherical particles is one of important properties of this material. In this paper, we would like to propose a way in order to determine thermal expansion coefficients of three-phase composite reinferced by fibres and spherical particles. Keywords: thermal expansion coefficients, three-phase composite material, aligned fibres, spherical particles, effective matrix phase.
Today, nano composite material is being studied and widely used for defence security and economic development. Keeping researching on the mechanic of three-phases nano composite in which two-phases is grains of pad and the structure of one-phase in reinforced two-phases is a nano structure, basing on consideration for interaction of the polyme matrix and grains of padding, we have defined engineering constants of the three-phases polyme composite nano material.
The stability problem of thin triangular plates by the small elastoplastic deformation theory, was studied in . Basing on the theory of elastoplastic processes, this problem again has been investigated in  with incompressible material. In this paper we continue to study the mentioned problem with compressible material. The relation for determining critical forces is established. In particular the explicit expression of the critical force for the linear hardening material is found. Some numerical calculations have been given and discussed.
The copper-doped lithium tetraborate Li2 B4 O7 :Cu (LBCu) is one of the famous tissue equivalent materials for the thermoluminescent dosimetry, very useful for applications in medical and personal dosimetry measurements. This material in powder and pellet forms was prepared by sintering method in the Laboratory of
Whatever the context, be it solid, liquid, or some transitionary setting, materials science seeks an understanding of a material's macromolecular structure and properties by drawing on knowledge of its atomic and molecular constituents. Until recently, the term ''materials science'' was used primarily to denote empirical study, fundamental research, synthesis, a
Eric H. Glendinning is Director of the Institute of Applied Linguistics at the University of Edinburgh in the UK. He has worked in teaching English in Tanzania, Norway, Nepal, and the United Kingdom and former Research Director of the Edinburgh Language Organization. John McEwan is the computer staff at the Institute of Applied Linguistics, University of Edinburgh. He is an experienced mathematics and physics teacher and teaching study skills, computers, and learning computer languages supported in the EFL language schools.
This book is a survey of abstract algebra with emphasis on algebra tinh.Do is online
for students in mathematics, computer science, and physical sciences.
The rst three or four chapters can stand alone as a one semester course in abstract
algebra. However, they are structured to provide the foundation for the program
linear algebra. Chapter 2 is the most di cult part of the book for group
written in additive notation and multiplication, and the concept of coset is confusing
at rst. Chapter 2 After the book was much easier as you go along....
Steven Holzner is an award-winning author of science, math, and technical
books. He got his training in differential equations at MIT and at Cornell
University, where he got his PhD. He has been on the faculty at both MIT and
Cornell University, and has written such bestsellers as Physics For Dummies
and Physics Workbook For Dummies.