BOOKS - Numerical Methods for Scientists and Engineers With Pseudocodes
Numerical Methods for Scientists and Engineers With Pseudocodes - Zekeriya Altac 2025 PDF CRC Press BOOKS
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Numerical Methods for Scientists and Engineers With Pseudocodes
Author: Zekeriya Altac
Year: 2025
Pages: 786
Format: PDF
File size: 26.2 MB
Language: ENG



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Numerical Methods for Scientists and Engineers With Pseudocodes = Numerical Methods for Scientists and Engineers With Pseudocodes is an essential textbook designed for a one-semester course on numerical methods for sophomore or junior-level students. The book covers fundamental numerical methods required for science and engineering, along with some advanced topics, leaving the discretion of instructors to choose the depth of coverage based on their preferences. The primary objective of this text is to provide readers with a strong theoretical background in numerical methods and practical knowledge of how to apply these methods to real-world problems. The book focuses on presenting numerical algorithms in a self-contained pseudomodule format, allowing readers to easily convert and implement the codes in any program. This approach blends mathematical theory with simple commands, making it easy to translate the modules into other programming platforms. By doing so, the text enables students to gain proficiency in various programming languages, such as C++, Python, Visual Basic, Fortran, and software packages like MatLab, Mathematica, and Maple.
Numerical Methods for Scientists and Engineers With Pseudocodes = Numerical Methods for Scientists and Engineers With Pseudocodes - это важный учебник, предназначенный для односеместрового курса по численным методам для студентов-второкурсников или студентов младшего уровня. Книга охватывает фундаментальные численные методы, необходимые для науки и инженерии, наряду с некоторыми продвинутыми темами, оставляя на усмотрение инструкторов выбор глубины охвата на основе их предпочтений. Основная цель этого текста - предоставить читателям прочные теоретические знания в области численных методов и практические знания о том, как применять эти методы к реальным проблемам. Книга сосредоточена на представлении числовых алгоритмов в формате автономного псевдомодуля, что позволяет читателям легко преобразовывать и реализовывать коды в любой программе. Такой подход сочетает математическую теорию с простыми командами, что позволяет легко переводить модули на другие платформы программирования. Таким образом, текст позволяет студентам получить навыки владения различными языками программирования, такими как C++, Python, Visual Basic, Fortran, и программными пакетами, такими как MatLab, Mathematica и Maple.
Numerical Methods for Scientist and Engineers With Pseudocodes = Numerical Methods for Scientist and Engineers With Pseudocodes est un manuel important conçu pour un cours d'un semestre sur les méthodes numériques pour les étudiants de deuxième ou de deuxième cycle. livre couvre les méthodes numériques fondamentales nécessaires à la science et à l'ingénierie, ainsi que certains sujets avancés, laissant aux instructeurs le choix de la profondeur de la couverture en fonction de leurs préférences. L'objectif principal de ce texte est de fournir aux lecteurs une solide connaissance théorique dans le domaine des méthodes numériques et une connaissance pratique de la façon d'appliquer ces méthodes à des problèmes réels. livre se concentre sur la présentation d'algorithmes numériques au format pseudo-module autonome, ce qui permet aux lecteurs de convertir et de mettre en œuvre facilement des codes dans n'importe quel programme. Cette approche combine la théorie mathématique avec des commandes simples, ce qui permet de traduire facilement les modules vers d'autres plates-formes de programmation. Ainsi, le texte permet aux étudiants d'acquérir des compétences dans différents langages de programmation tels que C++, Python, Visual Basic, Fortran et des logiciels tels que MatLab, Mathematica et Maple.
Métodos numéricos para Científicos e Ingenieros Con Pseudocodes = Métodos numéricos para Científicos e Ingenieros Con Pseudocodes es un importante tutorial diseñado para un curso de un solo piso por métodos numéricos para estudiantes de segundo año o de nivel inferior. libro abarca las técnicas numéricas fundamentales necesarias para la ciencia y la ingeniería, junto con algunos temas avanzados, dejando a la discreción de los instructores la elección de la profundidad de cobertura en función de sus preferencias. objetivo principal de este texto es proporcionar a los lectores un sólido conocimiento teórico en el campo de los métodos numéricos y un conocimiento práctico de cómo aplicar estos métodos a problemas reales. libro se centra en la representación de algoritmos numéricos en formato de pseudomódulo autónomo, lo que permite a los lectores convertir e implementar códigos fácilmente en cualquier programa. Este enfoque combina la teoría matemática con comandos simples, lo que facilita la traducción de módulos a otras plataformas de programación. Así, el texto permite a los alumnos adquirir habilidades de dominio de diferentes lenguajes de programación como C++, Python, Visual Basic, Fortran, y paquetes de software como MatLab, Mathematica y Maple.
Numerical Methods for Scientists and Engineers Mit Pseudocodes = Numerical Methods for Scientists and Engineers Mit Pseudocodes ist ein wichtiges hrbuch für einen einsemestrigen Kurs über numerische Methoden für Studenten im zweiten Studienjahr oder Studenten der jüngeren Jahrgangsstufe. Das Buch behandelt die grundlegenden numerischen Techniken, die für Wissenschaft und Technik erforderlich sind, zusammen mit einigen fortgeschrittenen Themen und überlässt es den Ausbildern, die Tiefe der Abdeckung basierend auf ihren Präferenzen zu wählen. Das Hauptziel dieses Textes ist es, den sern ein solides theoretisches Wissen über numerische Methoden und praktisches Wissen darüber zu vermitteln, wie diese Methoden auf reale Probleme angewendet werden können. Das Buch konzentriert sich auf die Darstellung numerischer Algorithmen in einem autonomen Pseudomodul-Format, das es den sern ermöglicht, Codes in jedem Programm leicht zu konvertieren und zu implementieren. Dieser Ansatz kombiniert mathematische Theorie mit einfachen Befehlen, wodurch es einfach ist, Module auf andere Programmierplattformen zu übertragen. Der Text ermöglicht es den Schülern, Kenntnisse in verschiedenen Programmiersprachen wie C++, Python, Visual Basic, Fortran und Softwarepaketen wie MatLab, Mathematica und Maple zu erwerben.
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Pseudocodes ile Bilim Adamları ve Mühendisler için Sayısal Yöntemler = Pseudocodes ile Bilim Adamları ve Mühendisler için Sayısal Yöntemler, ikinci sınıf veya genç seviyedeki öğrenciler için sayısal yöntemlerde bir dönemlik bir ders için tasarlanmış önemli bir ders kitabıdır. Kitap, bilim ve mühendislik için gerekli olan temel sayısal yöntemleri ve bazı gelişmiş konuları kapsamakta ve tercihlerine göre kapsama derinliğini seçmek için eğitmenlere bırakmaktadır. Bu metnin temel amacı, okuyuculara sayısal yöntemler hakkında sağlam teorik bilgi ve bu yöntemlerin gerçek problemlere nasıl uygulanacağı konusunda pratik bilgi sağlamaktır. Kitap, sayısal algoritmaları bağımsız bir psödomodül formatında temsil etmeye odaklanarak okuyucuların herhangi bir programdaki kodları kolayca dönüştürmesine ve uygulamasına olanak tanır. Bu yaklaşım, matematiksel teoriyi basit komutlarla birleştirerek modülleri diğer programlama platformlarına çevirmeyi kolaylaştırır. Böylece, metin öğrencilerin C++, Python, Visual Basic, Fortran gibi çeşitli programlama dillerinde ve MatLab, Mathematica ve Maple gibi yazılım paketlerinde yeterlilik kazanmalarını sağlar.
الأساليب العددية للعلماء والمهندسين ذوي المكورات الزائفة = الأساليب العددية للعلماء والمهندسين ذوي المكورات الزائفة هو كتاب مدرسي مهم مصمم لدورة دراسية مدتها فصل دراسي واحد في الأساليب العددية لطلاب السنة الثانية أو المبتدئين. يغطي الكتاب الأساليب العددية الأساسية المطلوبة للعلوم والهندسة، إلى جانب بعض الموضوعات المتقدمة، تاركًا الأمر للمدربين لاختيار عمق التغطية بناءً على تفضيلاتهم. الغرض الرئيسي من هذا النص هو تزويد القراء بمعرفة نظرية قوية بالطرق العددية والمعرفة العملية لكيفية تطبيق هذه الأساليب على المشاكل الحقيقية. يركز الكتاب على تمثيل الخوارزميات العددية بتنسيق مستقل للعقيدات الزائفة، مما يسمح للقراء بتحويل الرموز وتنفيذها بسهولة في أي برنامج. يجمع هذا النهج بين النظرية الرياضية والأوامر البسيطة، مما يسهل ترجمة الوحدات إلى منصات برمجة أخرى. وبالتالي، يسمح النص للطلاب باكتساب الكفاءة في لغات البرمجة المختلفة مثل C++ و Python و Visual Basic و Fortran وحزم البرامج مثل MatLab و Mathematica و Maple.

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