Who am I?
I am an innovative scientist who can analyze and understand problems rapidly opening avenues for developing smart and sometime unconventional solutions. I held several positions in industrial R&D, giving me a deep understanding of the present challenges for the industry and how state-of-the-art research can provide solutions.
I am a dynamic person with strong drift to make things happen. I also enjoy combining competences/ initiating international collaborations and communicating with various audiences.
What do I beleive?
I believe in solving global challenges with knowledge, understanding and digital tools. My research contributes, in priority, to several sustainable development goals, namely "Clean affordable energy", "Climate Action", "Sustainable cities" and "Good Health and Well-Being".
I am also the vice-director of the KTH Energy Platform. Our mission is to coordinate and support multidisciplinary research initiatives answering to SDG #7 (Clean Affordable Energy) in particular as well as other SDGs. Together with Lina Bertling Tjernberg, we believe that knowledge is the key to sustainable energy and we strive to bring together KTH-researchers for inventing a bright future.
I am also the coordinator of C3Air® - the competence centre for Clean Air. It is a network driven by scientists, engineers and citizens who believe that knowledge and collaboration will enable clean and healthy air for everybody by the year 2040. C3Air® intends to break down all existing silos, create a clear road from research to innovation and define a plan for impact with strong citizen engagement. We will focus on selected high-impact air pollution and airborne contamination problems in modern cities and public spaces.
Christophe Duwig and Klas Engvall in Stockholm, December 2019. We need cleaner air! Photo taken by Håkan Lindgren.
At KTH, I am leading a research group focusing on process simulation including fluid mechanics, thermodynamics, heat-transfer & reacting flows/ combustion and I am always interested to start new collaborations and contribute with my expertise.
More specifically, my work focuses on researching knowledge to enable clean waste-heat-recovery and clean air technologies. The fundamental aspects enabling these applications are heat-transfer studies, reacting flow simulations and multiphase flow investigations (including phase change). My expertise lies in high fidelity simulations of these phenomena combining fluid mechanics & turbulence with chemical reactions and complex thermodynamics. I am also pioneering the development and use of advanced post-processing methods (clustering, machine learning, modal analysis) to unravel the complex physics of turbulent thermal flows and provide scientists with powerful enablers.
Fields of interest:
Fluid Mechanics, Heat-transfer & Reacting flows:
- Simulations of fluid processes using CFD incl. Large Eddy Simulation of reacting and multi-phase flows
- Simulation of exhaust gas cleaning processes, aerosol, nucleation, chemical reactions and phase change
- Analysis of turbulent flows with complex thermodynamics using Proper Orthogonal Decomposition, t-sne, machine learning
- Turbulent heat-transfer and combustion simulations, control & enhancement
- Accelerated product development using virtual design: automated simulations, multi-objective optimization
- Application to Virtual Reality and Digitalisation in engineering
- Project management for research and development projects
- Writing successful project applications (Hz2020, Swedish Research Council, Swedish Innovation agency)
- Supervision of junior engineers, PhD- and MSc-students
Engineering & innovative solutions with application to:
- Particle spreading and bacterial contamination
- Engine bay cooling
- Gas Turbines technology & burner development
- Exhaust gas cleaning using catalysts & cold plasma
- Heat-Transfer in structures porous media
Key words: Fluid dynamics, complete vehicles engineering, turbulent combustion, multi-phase flows, process and energy engineering, synthetic fuel preparation, gas cleaning technologies, numerical simulations, homogeneous and heterogeneous chemical reactions, burner development