Dr. Juha Järvelä

Aalto University School of Engineering

Staff Scientist

My Profile

About

Environmental Hydraulics, Ecohydraulics, Environmentally Sound Hydraulic Engineering

Career Type:

Scientist/Researcher/Academic

Organization Type:

Universities and Academia

Expertise Fields/Interests:

Major Achievements:

Technical Committees

Committee Name
Committee on Fluvial Hydraulics
Committee on Experimental Methods and Instrumentation
Committee on Ecohydraulics
Working Group on Nature Based Solutions

My Papers and Presentations

Title	Year
Floodplain Flow Resistance in Case of a Sparse Mixture of Plants at Low Relative Submergences	2020
Large-Scale Experiments for Vegetated Flows with Different Types of Vegetation Patch Layouts	2020
Comparative Analysis of Lateral Shear Layers Induced by Flexible and Rigid Vegetation in a Partly Vegetated Channel	2019
Flume Investigations Using Natural-Like Vegetation with a View on Fine Sediment Processes	2019
Measurement of Lateral and Wake Flows Associated with Stream-Scale Willow Patches	2019
Physical Modelling of Shrub-Willow Patches in Prototype Scale	2019
Experimental Investigation of Turbulent Flow Structure in a Partially Vegetated Channel With Natural-Like Flexible Plant Stands	2018
Flume Measurement of Suspended Sediment Concentrations Using High-Accuracy Turbidity Sensors in Vegetated Flows	2018
Effect of Floodplain Vegetation on Flow and Transport of Cohesive Particles in an Environmental Two-Stage Channel	2015
Vegetation Characteristics and Floodplain Topography from Terrestrial Laser Scanning for Hydraulic Analyses	2015
Drag and Reconfiguration of Trees: Towing Tank Experiments with TLS Based Plant Characterization	2014
Impact of Tree Scale on Drag: Experiments in a Towing Tank	2013
Spatial-Structural Analysis of Woody Riparian Vegetation for Hydraulic Considerations	2013
Foliage and Stem Drag: Comparison Between Four Riparian Species	2012
Flow Resistance of Rigid and Flexible Emergent Vegetation Revisited	2010
Characterization of Branched Woody Vegetation for Estimating Flow Resistance	2005

My Videos

Title	Year

IAHR Awards

IAHR Awards	Date