LaTeX templates and examples — Reports

Obtained from DUPC resources under intranet.iitg.ac.in. For use for future BTP students as per CSE department IITG.

In English: This is a Latex template for São Paulo Research Foudation (FAPESP) reports (annual or final). This is the modified version of the original Latex template from following website. Original Source: http://www.howtotex.com For information about FAPESP, check http://www.fapesp.br/en This template targets mainly on reports in Portuguese language. New additions and changes in the latest version: Added the possibility of including multiple members in the research team, with the commands \memberA{Name of Member A} \memberB{Name of Member B} \memberC{Name of Member C} etc. Included commands to define project modality and the research agency (if you want to use the same model for other research agencies such as CAPES, CNPq etc). In Portuguese: Este é um modelo Latex para relatórios (anual ou final) da Fundação de Amparo à pesquisa do Estado de São Paulo (FAPESP). Esta é uma versão modificada do modelo Latex do site supra mencionado. Para informações sobre a FAPESP, verifique http://www.fapesp.br Esse modelo foca principalmente nos relatórios escritos em Português. Novas adições e alterações na última versão: Foi adicionada a possibilidade de incluir vários membros no grupo de pesquisas, com os comandos \membroA{Nome do Membro A} \membroB{} \membroC{} etc. Foram incluídos comandos para definir modalidade de projeto e agência de fomento (caso queira utilizar o mesmo modelo para outras agências, CAPES, CNPq etc). Author/Autor: André Leon Sampaio Gradvohl, Dr. Email: andre.gradvohl@gmail.com Lattes CV: http://lattes.cnpq.br/9343261628675642 GitHub: http://gradvohl.github.io/ Last update/Última versão: 19/Feb/2018

Project Report Template for Department of Mechanical Engineering, Vidya Pratishthan's College of Engineering, Baramati

Template réalisé pour les rapports de stage de fin d'études 2023 ou plus, il est aussi adapté pour les stages de cycle ingénieur. Les choix de mise en page respectent les consignes données par le département INFO, mais sont subjectifs.

Se pretende describir el decaimiento de una partícula α encontrando los niveles de energía Eα correspondientes a los estados ligados de la partícula producto de la desintegración. Los niveles de energía y los estados ligados se encuentran mediante dos métodos de aproximación: WKB y diferencias finitas. Posteriormente se halla el tiempo de vida medio τ, se comparan los resultados con los de la literatura y se decide el mejor método de solución acorde con la literatura.

In this experiment we conducted bending tests on several different specimens of Aluminum as well as Ceramics. Using the data gathered from these tests as well as measurements we took of their primary dimensions, we calculated (for each specimen) modulus of rupture, flexure strain, Young's modulus, as well as specific strength and stiffness. These tests gave us insight into new characteristics of aluminum and ceramics that allowed us to better understand their applications in industry.

A stylized lab report for college chemistry classes. Designed specifically for the Santa Rosa Junior College Chemistry courses, but will generalize to any chem lab classes.

The National Conference of Scientific Students' Associations (OTDK) of Hungary is the most significant scientific event for Bachelor and Master students in the country, where students compete with their research papers in all field of science. It is organized in every 2 years. The conference / competition has 2 rounds: a university level and a country level (for the best papers). This class template enforces the required formatting rules for TDK theses and generates the cover and title page given on the provided metadata. The formatting rules are defined to meet the requirements for TDK theses submitted at the Eötvös Loránd University, Faculty of Informatics (Budapest, Hungary). This also fits the formatting requirements of the Computer Science Section of the country level round. The template supports producing both Hungarian and English theses.

Principal Components Analysis (PCA) and Canonical Correlation Analysis (CCA) are among the methods used in Multivariate Data Analysis. PCA is concerned with explaining the variance-covariance structure of a set of variables through a few linear combinations of these variables. Its general objectives are data reduction and interpretation. CCA seeks to identify and quantify the associations between two sets of variables i.e Pulp fibres and Paper variables.PCA shows that the first PC already exceeds 90% of the total variability. According to the proportion of variability explained by each canonical variable , the results suggest that the first two canonical correlations seem to be sufficient to explain the structure between Pulp and Paper characteristics with 98.86%. Despite the fact that the first the two canonical variables keep 98% of common variability, 78% was kept in the pulp fiber set and about 94% of the paper set as a whole. In the proportion of opposite canonical variable,there were approximately 64% for the paper set of variables and 78% for the pulp fiber set of variables kept for the two respectively.