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This is a template for BU-ECE Technical Report. Depending on report content and author preference, a BU-ECE report may be in one of the two following styles: genuine report based on "report" style, i.e., with chapters, much like a thesis; can be single- or double-sided, report based on "article" style, i.e., with no chapters (only sections, subsections, etc.), much like a journal or conference paper; can be single- or double-sided.

Classe de documento padrão para a Dissertação do Mestrado Profissional em Computação Aplicada do Departamento de Ciência da Computação & Engenharia de Produção / Universidade de Brasília. GitHub: https://github.com/UnB-CIC/Monografia Versão: 28 de Dezembro de 2016. Atualizado por: Eliézer H. Silva - Mestrando do Programa PPCA/MPCA.

Este documento apresenta orientações para uso da classe LaTeX de formatação de monografias para a UNISINOS. Ao mesmo tempo, ele serve como exemplo de uso da classe, demonstrando os principais comandos a serem utilizados, e outras orientações mais gerais de uso do LaTeX. Adicionalmente, procuramos incluir no documento algumas orientações sobre a escrita da monografia em si, reunindo dicas e recomendações que contribuem para aumentar a qualidade técnica dos trabalhos acadêmicos. O Resumo deve conter de 150 a 500 palavras e nele não deve haver citações. Sugere-se a utilização de parágrafo único.

Aberstwyth dissertation LaTeX Template Authors: Dr. Hannah Dee (hmd1@aber.ac.uk), Neil Taylor (nst@aber.ac.uk) This has been adapted from the Leeds Thesis template and the Group Project template for Computer Science in Aberystywth University. All comments and suggestions welcome. Template designed to be used with pdflatex: it may need alteration to run with a different LaTeX engine. Note - this is offered as a starting point for your work. You are not required to use this template and can choose to create your own document without it.

Modelo seguindo as normas ABNT para Dissertação e Tese em Engenharia Elétrica na Universidade Presbiteriana Mackenzie.

This master thesis aims to investigate and to assess the fatigue life of a component that undergoes cyclic thermal loads. This study will consider different approaches through the use of different material models, providing a final comparison of the assessed fatigue life. The case study is a cylindrical copper mold used for continuous casting of steel; in order to work at high temperature the mold is properly cooled, but nevertheless high stresses arise due to the huge thermal flux and its uneven distribution. The beginning of this work is focused on understanding theories and models available in literature in order to implement data in a finite element software. A comparison of two software (Ansys and Marc Mentat) is carried out, with the purpose of verifying experimental data coming from another work [3]. Subsequently we use Marc Mentat to define a coupled thermal-mechanical analysis, and we perform it using a combined model. A huge computational time is required to get the solution, so other models were exploited in order to save time, and the variation of the obtained solution was evaluated. Several simulations are performed for reaching stabilized conditions, from where strain data will be used to define fatigue life through the number of cycles to failure. The subsequent chapter takes care of this last concept, giving a brief explanation of fatigue and using data coming from previous simulations for assessing fatigue life. A final comparison is provided with the purpose of finding a trade off between the solution’s reliability and the time employed. In the appendix the macro used for the computed simulations are attached.

Template for EAI 320 practical reports

Template: Informe/Reporte LaTeX Documento: Archivo principal Versión: 3.1.3 (17/04/2017) Codificación: UTF-8 Autor: Pablo Pizarro R. Facultad de Ciencias Físicas y Matemáticas. Universidad de Chile. pablo.pizarro@ing.uchile.cl, ppizarror.com Sitio web del proyecto Licencia: MIT

Template für Laborberichte der Fachhochschule Kiel Robotik Labor