Do bioenergy systems mitigate climate change: insights from Life Cycle Assessment?

February 22nd (Friday), Miguel Reis Bandrão, an Associate Professor at KTH will present a seminar entitled Do bioenergy systems mitigate climate change: insights from Life Cycle Assessment?, from 10am to 11am at PA1.

PhD position TU Delft

Hydrogen Combustion in Gas Turbines: Boundary Layer Flash Back Model and Validation

The project will be executed in close cooperation with industrial partners and the PhD student will be enrolled in the TU Delft Graduate School. The objective is to deliver a validated boundary layer flashback (BLF) model for an industrial gas turbine geometry.

2019 Call for PhD Scholarships

2019 call for PhD scholarships will be open to researchers from all fields of knowledge, from February 28 to March 28, 2019.

The PhD Scholarships are competitively awarded grants to support the training of scientists in all areas of knowledge in obtaining a PhD degree. This year 950 scholarships will be awarded.

Advanced Cooling Technologies and Applications

Advanced Cooling Technologies and Applications, edited by S. M. Sohel Murshed, covers a number of key topics related to advanced cooling approaches, their performance, and applications. This book is aimed at a wide variety of people from graduate students and researchers to manufacturers who are involved or interested in the areas of thermal management systems, cooling technologies, and their applications.

CIENCIAVITAE platform is replacing DeGóis and FCT SIG

Since January 1st 2019, DeGóis is no longer allowing to create new CVs and FCT SIG will end this feature from March 1st 2019. Both platforms will allow editing existing CVs until July 1st 2019 but will cease in 2021. All researchers should create a CiênciaID and create their CV at CIENCIAVITAE.

IN+ scientists developed First Carbon Nanotube by Flame Synthesis

A team of scientists from IN+, has developed in the Laboratory of Thermofluids, Combustion and Energy Systems the first carbon nanotube by controlling flame synthesis. This study will expand the scope of carbon materials synthesis using flame with enormous potential for large scale carbon nanotubes production.

ELECTROWetting heat pipes for cooling Applications in Electric Vehicles

ELECTROWetting heat pipes for cooling Applications in Electric Vehicles is a project leaded by IST-ID in partnership with UT Austin and FEUP. Started on December 1 and lasting 12 months, the project consists of proving the concept of novel heat pipe technology for multiple, disruptive, energy-related applications (patent pending) and showing its suitability in cooling the batteries of electric vehicles.