Fragility of bridge decks exposed to hydraulic and driftwood actions
A resilient bridge network is vital to a community recovery after natural disasters. Floods are
the main cause of bridge collapses, but there is little research on the combined fragility of …
the main cause of bridge collapses, but there is little research on the combined fragility of …
SmartWood: field-based analysis of large wood movement dynamics using inertial measurement units (IMUs)
Wood plays an important ecological role in rivers. Yet challenges arise when large wood
(LW) is mobilised and transported during floods. Due to a lack of quantitative data …
(LW) is mobilised and transported during floods. Due to a lack of quantitative data …
Impact of large wood on river ecosystems
I Schalko, V Weitbrecht - Water, 2022 - mdpi.com
Large wood (LW) can be defined as logs with a length of≥ 1 m and a diameter of≥ 0.1 m [1–
3], and is also commonly referred to as instream wood or driftwood. Transported LW in rivers …
3], and is also commonly referred to as instream wood or driftwood. Transported LW in rivers …
Driftwood Accumulation and Passage at V-and I-Rock Weirs in Mountain Streams
K Margetts, B Lane… - Journal of Coastal and …, 2023 - journals.open.tudelft.nl
The transport and accumulation of driftwood, large wood, or large woody debris (LWD) in
mountain streams is a natural part of catchment health and river connectivity. At hydraulic …
mountain streams is a natural part of catchment health and river connectivity. At hydraulic …
Passage Probability of Woody Debris Elements and Accumulations at I-and V-Shaped Rock Weirs
K Margetts - 2022 - search.proquest.com
The transport and accumulation of driftwood or large woody debris (LWD) in mountain
streams is a natural part of catchment health and river connectivity. At hydraulic structures …
streams is a natural part of catchment health and river connectivity. At hydraulic structures …