I recently had a conversation on Twitter about suggesting reviewers when you submit a paper, and since I thought the comments were interesting, I turned the discussion into a Storify story:
My coauthors and I recently published a paper "Modelling of the proof load test on viaduct De Beek" for the Euro-C conference that was held in Bad Hofgastein in Austria. The paper discusses how finite element models of a bridge that was load tested can be updated with the results of the bridge test, and how this influences the assessment of the bridge. The abstract is: In a proof load test, a load corresponding to the factored live load is applied to a bridge, to directly demonstrate that a bridge fulfils the code requirements. The case of viaduct De Beek, a four-span reinforced concrete slab bridge that did not fulfil the requirements for bending moment after an inspection survey is studied. The middle spans, located above highway lanes, which could not be tested in the field, are the criti-cal spans of this structure. Therefore, the observations from the field are used to check the finite element model, and improve the rating of the critical middle spans. The proposed metho...
I recently ran a poll on Twitter to see what drive the day of academics. Do we mostly plan our days based on a weekly template, based on our to do lists, based on what is in our mailbox, or based on our meeting schedule? The majority is working around to do lists. I work around a weekly template, but have a daily to do list as well. When my mailbox overflows, I need more time in my weekly template for the "email + admin" category. When I have meetings beyond my weekly meetings with my thesis students, then I have to move boxes around in my template too. Here's the wake of the poll:
Today, I am interviewing Dr. Stephanie Zihms in the "How I Work" series. Stephanie is currently working as a postdoc in Carbonate Geomechanics in the Institute of Petroleum Engineering at Heriot-Watt University. Her research tries to understand why rocks deform the way they do and what controls this deformation – crystal size, crystal shape, pore size or pore shape? Or is it the mineralogy or how the rocks formed in the first place? By deforming different rocks under different conditions in the lab she is trying to find some answers. This research and the findings are relevant for a range of subsurface processes like hydrocarbon extraction, geothermal energy production or Carbon Capture & Storage applications. Basically anytime a liquid or gas is put into the subsurface or extracted from the subsurface the conditions change and the rocks will response to this change – by understanding what controls this response within the rocks (crystals, grains or pores) we can better p...
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