Workshop | Chalmers

Workshop 2020

During 2020, Fluid Dynamics and Marine Technology arranged a workshop where the divisions among other things, presented their research. In the presentations below you can read more about the research at Fluid Dynamics and Marine Technology.

A new formulation of fk for the PANS model

Lars Davidson

Acoustic comparison of conventional propeller and boxprop for future electric aircraft

Zhongjie Huang

Active aerodynamic control of a bluff body based on machine learning control

Zengxi Qiao

Common Saab/Chalmers research in fluid dynamics

Sebastian Arvidson

Computational Fluid Dynamics of Hydraulic Turbines During Transient Operation Using OpenFOAM

Saeed Salehi

Simulation of biomass gasification with Euler-Lagrangian method: Reactor scale to particle scale

Tao Chen

A device for reducing the resistance of water surface vessels

Arash Eslamdoost

Experimental and Numerical Results of Gearbox Flow at Chalmers

Bercelay Niebles Atencio

High Speed Compressor Design

Lucilene Moraes da Silva

Les of single-and two-phase flows: Ongoing research activities

Timofey Mukha

Mass transfer in syngas fermentation bioreactors

Mohsen Karimi and Henrik Ström

How fuel cells work

Meisam Farzaneh

Numerical simulation of compressible flows

Niklas Andersson

Research within the Kongsberg university technology centre computational hydrodynamics

Rickard Bensow

Rheology of dense particle suspensions

Srdjan Sasic and Henrik Ström

Slamming analysis using Fluid-Structure-Interaction

Carl-Erik Janson

Investigation of meso-scale dynamics in bubbly flows using two different numerical frameworks

Gaetano Sardina

Train Aeroacoustics – Optimized Active Flow Control

Guglielmo Minelli

Flow induced vibrations and failure of axial fan blades in electric generators

Saber Mohammadi

Ultimate strength of side-shell structures under cryogenic conditions

Jonas Ringsberg

Workshop 2018

During 2018, Fluid Dynamics arranged a workshop where the division among other things did presentations on their research. In the presentations below you could read more about the research at Fluid Dynamics.

Innovative Propulsors and Engine Integration
Alexandre Capitão Patrão

The Lattice-Boltzmann Method for industrial, energy-related applications
Dario Maggiolo

Advantages and Challenges associated with the Harmonic Balance Method
Daniel Lindblad

Hydrodynamics and heat transfer in vertical falling films
Srdjan Sasic

A novel multiphase DNS framework for the simulation of nano-particulate flows
Ananda Subramani Kannan

Vehicle Cabin Noise from Turbulence Induced by Side-View Mirrors
Hua-Dong Yao

Active Flow Control for Reducing Drag on Trucks
Guglielmo Minelli

Effektivare motorer, flyget och miljön
Tomas Grönstedt

My research activities
Gaetano Sardina

Precision Cooling for CO2 Reduction
Sudharsan Vasudevan

1. Influence of outer large-scale structures on near wall small-scale structers
2. DBD Plasma Actuators for drag reduction in wall-bounded turbulent flows
Atilla Altintas, Lars Davidson, Shia-Hui Peng

Broadband noise prediction and turbomachinery component optimization
Gonzalo Montero Villar

Numerical method to predict and minimize fan tonal noise
Martin Ottersten

Towards a more efficient Air Traffic Management
Olivier Petit

Large-eddy simulation study of effects of clearing in forest on wind turbines
Johanna Matsfelt

Benefits and challenges of pulsed detonation combustion
Carlos Xisto

S-ZDES: ZONAL DETACHED EDDY SIMULATION COUPLED WITH STEADY RANS IN THE WALL REGION
Lars Davidson

A wide range of research activities
Håkan Nilsson

Bi-stable behavior of wake flow and control strategies for drag reduction on a generic ship
Jie Zhang

Some automotive related applied thermo- fluid dynamics activities
Sassan Etemad

Reactive Multiphase Flows
Henrik Ström

Heat transfer studies in electric generators for hydropower using OpenFOAM
Bercelay Niebles Atencio