@TomBatroney @CarnegieMellon @CostaSamaras And a follow-on shout out to @lmcook88 for leading the climate downscaling this work builds on! https://t.co/d6imHJVoV0
RT @jer_science: @KathieDello "when the design storm is selected from the upper bounds of the uncertainty distribution of the IDF curve...t…
RT @jer_science: @KathieDello "when the design storm is selected from the upper bounds of the uncertainty distribution of the IDF curve...t…
@KathieDello "when the design storm is selected from the upper bounds of the uncertainty distribution of the IDF curve...the stormwater pipe design size [changes] by five increments in some cases, nearly doubling the cost..." I've been thinking about this
We spent a lot of time trying to understand and characterize how to use climate model information for resilience. The methods really matter now. Nobody has standardized it and nobody is checking the impacts. https://t.co/xsuhLqjvjE
@CostaSamaras I had my Water Resources Engineering class read this: https://t.co/YuQniAkU6f
Dr Theodoridou : bacterial self-healing treatments could be particularly useful for critical infrastructure + difficult to access, such as bridges & tunnels. also help prolong the life of older buildings suffered damage. 11m ago https://t.co/kQI10EmQTu
RT @CostaSamaras: We have equations and standards on how to build bridges, but not how to use climate information and design for climate ch…
We have equations and standards on how to build bridges, but not how to use climate information and design for climate change. How we do climate impacts assessment matters https://t.co/xsuhLqjvjE 3/
And the assumptions, sources, and methods used for climate risk assessments matter. Here's another one of our papers: https://t.co/QofzTNaNlp and here's a recent research presentation at NASA: https://t.co/OxBa4W9eaL. Anyway, we're in the wild west of clim
RT @CostaSamaras: As our new paper led by Dr. @lmcook88 shows, we don’t really have a good idea of how big to build gray or green infrastru…
As our new paper led by Dr. @lmcook88 shows, we don’t really have a good idea of how big to build gray or green infrastructure to deal w/ climate change, and small assumption changes can lead to different sizes, & costs. Solution: Satisfycing (w/ money
RT @CMU_CEE: Professor @CostaSamaras published a new paper on #infrastructure modeling techniques and how they relate to changes in rainfal…
RT @CMU_CEE: Professor @CostaSamaras published a new paper on #infrastructure modeling techniques and how they relate to changes in rainfal…
RT @CMU_CEE: Professor @CostaSamaras published a new paper on #infrastructure modeling techniques and how they relate to changes in rainfal…
Professor @CostaSamaras published a new paper on #infrastructure modeling techniques and how they relate to changes in rainfall under climate change. https://t.co/OCKI7ujXOI https://t.co/BERWCzI8RU
RT @lmcook88: New paper out! Did you know that modeling assumptions about climate change could unintentionally double the size and cost of…
RT @lmcook88: New paper out! Did you know that modeling assumptions about climate change could unintentionally double the size and cost of…
RT @lmcook88: New paper out! Did you know that modeling assumptions about climate change could unintentionally double the size and cost of…
RT @lmcook88: New paper out! Did you know that modeling assumptions about climate change could unintentionally double the size and cost of…
RT @lmcook88: New paper out! Did you know that modeling assumptions about climate change could unintentionally double the size and cost of…
New paper out! Did you know that modeling assumptions about climate change could unintentionally double the size and cost of a stormwater pipe? Check it out: https://t.co/WaDPtvhm2a @CostaSamaras
The effect of modeling choices on updating intensity-duration-frequency curves and stormwater infrastructure designs for climate change https://t.co/FKwC4WEEPt #climatechange