PARTICIPAÇÃO EM 3º. Diálogo Brasil-Alemanha de Ciência, Pesquisa e Inovação SÃO PAULO BRASIL-30 SETEMBRO-01 OUTUBRO 2014

O dia 01 de Outubre de 2014 ,se realizou com  muito exito ou 3° Diálogo Brasil-Alemanha de Ciência,Pesquisa e Inovação,Dando sequência ao primeiro dia do evento, no qual foi apresentada uma “Leibniz Lecture” pelo matemático Günter Ziegler, nesta quarta-feira foram  apresentados dois painéis: Dynamical Phenomena in Complex Networks, que abordararom a investigação de fenômenos da natureza, como climáticos ou neurológicos, a partir de sua interpretação através de sistemas complexos interdisciplinares e; Equações para uma Matemática Atraente, que discutiu inovações no ensino da disciplina na educação básica e a influência de sua didática em outras disciplinas, bem como a necessidade do estímulo à formação de profissionais para que seja suprida a escassez de mão de obra nas chamadas áreas MINT (matemática, informática, ciências naturais e tecnologia). 

O Diálogo Brasil-Alemanha de Ciência, Pesquisa e Inovação é um evento organizado pelo Centro Alemão de Ciência e Inovação São Paulo (DWIH-SP). A presente edição tem como tema principal a Matemática.

Foi para mim como Engenheiro Eletrônico muito grato,intercambiar ideas com grandes cientistas do Brasil e Alemanha,as Matemáticas estão em toda área de nossa Sociedade,desde o pronostico do tempo,na Bolsa de valores,na Engenharia Aeroespacial,BioEngenharia,Nanotecnologia,Modelos Matematicos do Transporte Urbano,Estudo de probabilidade de terremotos e Sequias,meus parabens ao DWIH-SP pela excelente organização e escolha,e muito importante que as Empresas apoiem esta serie de eventos porque pode gerar transferencias de tecnologias e conhecimentos.

German House of Science and Innovation São Paulo (DWIH)
http://www.dwih.com.br/

Smart Engineering für Smart Grids Der Umbruch im Energiemarkt verlangt intelligenteres Engineering

FABRICAÇAO DE TRANSFORMADORES ELETRICOS MANAUS

PARTE1 PARTE2 PARTE3

High Frequency High Power Converters for Industrial Applications Pooya Davari M.Sc, B.Eng (Electrical Engineering) Queensland University of Technology

High Frequency High Power Converters for Industrial Applications 
A Thesis by Publication submitted in Partial Fulfilment of the Requirement for the Degree of Doctor of Philosophy Pooya Davari M.Sc, B.Eng (Electrical Engineering)
 Science and Engineering Faculty School of Electrical Engineering and Computer Science Queensland University of Technology Queensland, Australia
 Abstract 
High power converters have found their way into many industries. Variety of industries processes have increased their requirements in power level, economy of scale, efficiency, new control method, new topologies and using new technologies (like new semiconductors). The incentive to move to higher frequencies is not only given by the reduced sizes of the passive components, magnetic core losses, but also the application demands. It is thus clear that much can be gained from moving to a design that enables operation at very high frequency. Hence in the recent years, high frequency high power converters have been one of the most active areas in research. In this PhD research project high power converters have been considered, regarding to their power level, as two categories of high instantaneous and high average power converters. High frequency high instantaneous power converters mostly known as pulsed power supplies are studied as the main aspect of this research, and high frequency high average power converters are investigated with the specific intention on high power piezoelectric transducer applications as the second aspect.
LINK
http://eprints.qut.edu.au/62896/1/Pooya_Davari_Thesis.pdf

Low & Medium Voltage Transformer

Fundamentals of Electric Circuits Charles K. Alexander Matthew N. O. Sadiku

LINK
http://www.slideshare.net/acoleman2/fundamentals-of-electric-circuits-5th-edgnv64

Problems and solutions on electromagnetism. Compiled by Physics Coaching Class Yung-Kuo Lim

Problems and solutions on electromagnetism. Compiled by Physics Coaching Class
Yung-Kuo Lim
UNIVERSITY OF SCIENCE AND TECHNOLOGY OF CHINA
LINK ORIGINAL
http://bookzz.org/md5/F47E6B542A5CB1DEA4251680D6790FA8

Electromagnetic Theory for Electromagnetic Compatibility Engineers Tze-Chuen Toh

Electromagnetic Theory for Electromagnetic Compatibility Engineers
Tze-Chuen Toh
LINK ORIGINAL
http://bookzz.org/md5/6f31666c50a6a911ef4d230d46b2c37b
LINK 1
https://mega.co.nz/#!SgsRSBCC!VVmkDwmabc5oz4M2cbcQW5eDRol8pqGhDm6aipHha00

Mod-01 Lec-14 MOSFETs

India celebrates putting satellite into orbit around Mars

India triumphed in its first interplanetary mission, placing a satellite into orbit around Mars on Wednesday morning and catapulting the country into an elite club of deep-space explorers Scientists broke into wild cheers as the Mars Orbiter Mission, affectionately nicknamed MOM, manoeuvred into its designated place around the red planet in an operation described as "flawless". The success marks a milestone for India's space program in demonstrating that it can conduct complex missions and act as a global launch pad for commercial, navigational and research satellites. India was particularly proud that MOM was developed with homegrown technology and for a bargain price of about US$75 million. Nasa's much larger Mars Atmosphere and Volatile Evolution mission, or Maven, which reached its position around the red planet on Sunday, cost nearly 10 times as much at US$671 million.