Channel - CEG
5-3-2024 09:31:02
Channel Videos
A Wireless and Self-powered Sensor Node Design for Fatigue Life Monitoring of Engineering Structures: a ulti-scale experimental and analytical study
A. Ghaderiaram
2-4-2026 15:25:00
Advanced seismic monitoring tools for monitoring Dutch geothermal systems: Addressing event detection in noisy environments, hypocenter inversion, velocity-model validation, experimental network design and correction of clock errors
D.F. Naranjo Hernandez
4-3-2026 16:25:00
Ageing of cementitious materials: Pathfinding study on ageing of cementitious materials for concrete structures
H.B. Hendrix
5-3-2026 11:25:00
An analysis of the urban ecosystem services and comparative benefits of moss-covered bioreceptive concrete
M.I.A. Veeger
18-11-2026 16:25:00
Analysis of Citizen Science Data Collection for River Flood Modelling
T. Herman Assumpção
28-1-2026 13:55:00
Antarctic Time Machine: 3D Reconstruction of Glaciers in the Antarctic Peninsula using Historical Structure-from-Motion
F. Dahle
5-3-2026 13:55:00
Autonomous masonry repair with a bacteria-based self-healing mortar: Research framework and multi-level experimental validation tailored to historical constructions
M.B. Gaggero
28-9-2026 15:25:00
Bevordert samenwerking leren?
Volgens de wetenschappelijke literatuur kan samenwerking tussen onderzoekers en andere actoren in het beheer van de leefomgeving onderling leren bevorderen. Of dit ook in de praktijk gebeurt is echter grotendeels onbekend. Daarom analyseren we in dit proefschrift in hoeverre samenwerking en andere factoren leren beïnvloeden. We introduceren een conceptueel model van de factoren die leren kunnen beïnvloeden en testen dit model in twee casestudies. De cases zijn participatieve onderzoeksprocessen met betrekking tot het toekomstige hoogwaterbeheer in het stroomgebied van de Rijn (in Duitsland en Nederland) en het grondwaterbeheer in en om Delft. De resultaten suggereren dat alleen intensieve samenwerking onderling leren bevordert. Daarnaast leek het leerproces te worden bevorderd door factoren buiten het samenwerkingsproces, zoals de urgentie van het besproken vraagstuk en strategische overwegingen. We bevelen samenwerking tussen onderzoekers en andere actoren alleen aan als alle betrokken actoren sterk gemotiveerd zijn en de benodigde middelen hebben voor een intensieve samenwerking. Acties die leren door samenwerking kunnen bevorderen omvatten het gezamenlijk formuleren van het onderzoek, het houden van veel bijeenkomsten, bij voorkeur in kleine groepen, het betrekken van professionele facilitators en het gebruik van scenario’s, interactieve modellen en kaarten.
G.T. Raadgever
5-6-2009 11:30:00
Blooming Boundaries: Zooming in on Plant-Atmosphere Energy Exchange
J. Jongen-Boekee
29-1-2026 11:25:00
Ceramic Membranes for Fouling and Organic Micropollutant Control: Integration of Catalytic Modification and Advanced Oxidation Processes
S. Zhang
6-1-2026 08:55:00
Coastal Science for Sea Turtle Conservation
J.C. Christiaanse
15-12-2025 13:25:00
Computation of Probability of Positioning Failure: A Method for Positioning Safety Assessment in Safety-CriticalApplications
S. Ciuban
18-12-2025 13:25:00
CSEM and Seismic Monitoring Studies of Deep Low-Enthalpy Reservoirs
M.F.M.I. Eltayieb
9-12-2025 15:55:00
Design of biodegradable soil moisture sensor powered by bacteria charged paper batteries
S.M. Meshram
24-2-2026 13:55:00
Driving Heterogeneity in Traffic Flow Theory: An Action-based Framework for Identification, Modelling, and Simulation
X. Yao
21-1-2026 13:55:00
Ductile Cement-Based Composites with Wood Fibres - material design and experimental approach
In order to turn a brittle cement matrix into a ductile composite different types of man-made fibres such as steel, glass and polyvinyl alcohol are currently used as reinforcement, as well as some natural fibres. Compared to synthetic fibres, natural fibres are more easily available worldwide and they are friendlier to the environment since less energy is needed to produce them. They are also a renewable resource.
In this project natural fibres from wood were chosen as reinforcement for cement-based materials. Three softwood species: larch, spruce and pine were studied. In the matrix, cement was partially replaced with other binders to achieve a low environmental-impact matrix as well as a matrix with a tensile strength compatible with the chosen wood fibre’s strength. The wood fibre-cement matrix interface was studied. This thesis contributes to a better understanding of its properties.
A lightweight cement-based composite reinforced with pine fibres was designed to exhibit deflection-hardening behaviour. This material developed multiple cracking prior to failure under bending stress. Due to this improved behaviour it can be considered for applications such as low-budget housing in countries subject to seismic risk, where ductility and low weight are desirable characteristics of the building material.
M.G. Sierra Beltran
20-12-2011 13:30:00
Dynamics of the Accumulation of Floating Plastic Particles in Open Channel Flow
C. Yan Toe
21-5-2026 10:25:00
Earth observations-informed modelling for the design of nature-based climate adaptation strategies
M.H. Ali
4-2-2026 11:25:00
Evolution of rock salt fracture geometry and mechanical properties during fluid–rock interactions
S. Fu
26-2-2026 08:55:00
Experimental and analytical study on the shear behaviour of precast girders made continuous
M.S. Ibrahim
23-11-2026 08:55:00
Field-Validated Aging Protocols for Paving Binders: An Integrated Chemo-Rheological and Data-Driven Framework
S. Khalighi
24-2-2026 08:55:00
Fouling control in ceramic nanofiltration membranes by precoating with CaCO3
L. Li
19-2-2026 08:55:00
From Finite Fault Slip To Seismic Moment Tensor: Simulating Induced Earthquakes In Groningen
J. Ruan
3-12-2025 10:55:00
From Tinkering to Transitioning: Cultivating Innovation within Public Agencies
I. Bolier
4-12-2025 08:25:00
Human-Centred AV–Cyclist Interactions: Conceptualisation and Evaluation of Automated Driving Style from the Driver-Seat Occupant's Perspective
J. Zhao
11-11-2026 11:25:00
Improving geomechanical and thermal rock property prediction of Dutch geothermal plays
P. Kolah Kaj
16-3-2026 16:25:00
Improving Uncertainty Quantification of Geological Carbon Storage With Data Assimilation
G. Serrao Seabra
2-4-2026 07:55:00
In Search of Closure: Multiple Scattering Mechanisms in Synthetic Aperture Radar Interferometry
Y. Yuan
25-9-2026 10:25:00
In Situ Foam Generation In Flow Across a Sharp Permeability Transition
S. Shah
20-11-2019 10:55:00
Inversion of electromagnetic induction measurements: Inversion of data from rigid boom single-frequency multi-configuration instruments
M.E. Carrizo Mascarell
4-9-2026 10:25:00
Latent Potential, Set in Cement: Developing a Novel Thermal Performance Material Based on Pcm-Embedded Cementitious Foam from an Idea to a Market-Ready Product
D. Zhilyaev
26-3-2026 13:55:00
Machine learning parameterizations of atmospheric optical turbulence for free-space optical communication
M. Pierzyna
28-9-2026 12:55:00
Modelling the environment with stakeholders: Theoretical perspectives and practical applications for transboundary river management
H.D. Amorocho Daza
4-6-2026 12:55:00
Monitoring as a tool for the assessment of wastewater quality dynamics
The wastewater system in the Netherlands comprises approximately 100,000 km of sewer pipes and more than 350 wastewater treatment plants (wwtp). The system collects and treats the majority of domestic and industrial wastewater. A small amount of untreated wastewater, however, is occasionally discharged to rivers and lakes, often resulting in a deterioration of surface water quality. Responsible authorities (water boards and municipalities) attempt to reduce these discharges to abide by new European regulations. In the search for effective measures knowledge is required on the principle in-sewer processes. Knowledge on hydrodynamics (the quantity of water) is readily available; knowledge on water quality processes (the composition of the water) is as yet insufficient. The dissertation considers two novel monitoring techniques that can be applied in sewer systems and that measure water quality parameters. The first technique (UV/VIS spectroscopy) has been applied to study the wastewater arriving at the wwtp in Eindhoven. Results show a large variation in the amount of pollutants originating from the sewer system and arriving at the treatment plant. Especially during large storm events after a long dry period (the occurrence of which might increase according to climate change scenarios) an extreme amount of pollutants can cause a disruption of wwtp operation. The second technique (fiber-optic DTS) measures wastewater temperatures along a sewer section. It has been successfully applied to locate illegal connections to a sewer system. A further development of this monitoring technique might lead to the collection of privacy-sensitive information (on pregnancy, use of illegal substances, etc.) from sewer systems.
R.P.S. Schilperoort
17-6-2011 12:30:00
Monitoring Hydrocarbon Pollution Plumes in Groundwater: Sensor Data Fusion using Machine Learning
C.L. Wu
12-5-2026 12:55:00
NetworkedDesign - next generation infastructure for computational design
J.L. Coenders
23-6-2011 10:00:00
Numerical implementation, calibration, and application of the SANISAND-MS model for offshore foundation analysis
Z. Li
13-11-2026 11:25:00
On the Bright Side of Vehicle Automation: The Effects of Service Quality Improvements and Ride Experience on Users’ Preferences for Automated Public Transport
M. Öztürker
8-7-2026 10:25:00
Optimising Performance of Automatic Train Operation on Railway Networks
Z. Wang
11-3-2026 08:55:00
Optimising Railway Traffic Management under Radio-Based Distance-to-Go Signalling
N.D. Versluis
30-1-2026 11:25:00
Physically Recurrent Neural Networks: for accelerating multiscale simulations of complex materials
M. Alves Maia
19-1-2026 08:55:00
Proactive Collision Risk Quantification in Multi-directional Traffic Interactions
Y. Jiao
20-1-2026 13:55:00
Radar Interferometry: Parameter Estimation and Network Design
W.S. Brouwer
7-7-2026 12:55:00
Replacement optimisation for public infrastructure assets
M. van den Boomen
15-7-2020 12:25:00
Safe and Efficient Control of Automated Vehicles in Mixed-Autonomy Traffic
S. Rahmani
16-11-2026 13:55:00
Study of near-borehole thermo-hydro-mechanical processes
W. Luo
25-2-2026 11:25:00
The link between the rail wear rate and rolling contact fatigue: From Big Data Analysis to Lab Research
T. Vernaillen
29-4-2026 07:55:00
Unfitted Finite Element Methods for Floating Structure Hydrodynamics
J. Modderman
15-6-2026 12:55:00
Using social media to characterise crowds in city events for crowd management
X. Gong
21-9-2020 12:25:00
Vibration-induced friction force modulation
E. Sulollari
7-5-2026 10:25:00
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