Bandhu, Din Umashankari, E. V, Revathi Dutt, Amit Kumar, Pramod Ali Abd Ulabbas Abedi, Tamam
Published in
E3S Web of Conferences
Environmental engineering is a broad field that considers the complex interactions between natural issues and human action to make long-term arrangements and provide solutions. Natural designing uses many principles from the field of chemistry science, material technology, and other research to analyse and carry out strategies for resource conserva...
Sollecito, Francesca Plötze, Michael Puzrin, Alexander M. Vitone, Claudia Cotecchia, Federica
Published in
E3S Web of Conferences
The research shows the results of a micro to macro testing programme carried out on contaminated marine sediments from a natural deposit to assess the effects of bio-chemo-mechanical coupled processes which may act in complex natural environments and affect the geotechnical properties of the clays. The research has been triggered by the emblematic ...
Kerins, Devon Sadayappan, Kayalvizhi Zhi, Wei Sullivan, Pamela L Williams, Kenneth H Carroll, Rosemary WH Barnard, Holly R Sprenger, Matthias Dong, Wenming Perdrial, Julia
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Terrestrial production and export of dissolved organic and inorganic carbon (DOC and DIC) to streams depends on water flow and biogeochemical processes in and beneath soils. Yet, understanding of these processes in a rapidly changing climate is limited. Using the watershed-scale reactive-transport model BioRT-HBV and stream data from a snow-dominat...
Wang, Ziyan Hu, Mengsu Steefel, Carl
We present a new pore-scale model for multicomponent advective-diffusive transport with coupled mineral dissolution and precipitation. Both dissolution and precipitation are captured simultaneously by introducing a phase transformation vector field representing the direction and magnitude of the overall phase change. An effective viscosity model is...
Zhang, Qian Dong, Yanhui Molins, Sergi Deng, Hang
Geochemically driven alterations of fractures in multi-mineral media can create altered layers (ALs) at the fracture-matrix interface. Spatial variations in the AL significantly influence mass transfer across the interface, and the hydraulic and mechanical properties of the fractured medium. A real-rock based microfluidic experiment reported spatia...
Sugrue, Rebecca A Preble, Chelsea V Butler, James DA Redon-Gabel, Alaia J Marconi, Pietro Shetty, Karan D Hill, Lee Ann L Amezcua-Smith, Audrey M Lukanov, Boris R Kirchstetter, Thomas W
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Makhloufi, Lahcene Meirun, Tang Belaid, Fateh Yaacob, Noorulsadiqin Azbiya
Environmental sustainability is the primary task of environmental entrepreneurship by critically handling increased institutional, customer, and environmental pressures. Green entrepreneurship orientation (GEO) seeks to harmonize their relationships with the external environment to foster the impact of green innovation performance (GIP) on environm...
Duan, Shiheng Ullrich, Paul Risser, Mark Rhoades, Alan
In this study we construct and compare three different deep learning (DL) models for estimating daily snow water equivalent (SWE) from high-resolution gridded meteorological fields over the Rocky Mountain region. To train the DL models, Snow Telemetry (SNOTEL) station-based SWE observations are used as the prediction target. All DL models produce h...
Sharma, Ashesh Brazell, Michael J Vijayakumar, Ganesh Ananthan, Shreyas Cheung, Lawrence deVelder, Nathaniel de Frahan, Marc T Henry Matula, Neil Mullowney, Paul Rood, Jon
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Predictive high-fidelity modeling of wind turbines with computational fluid dynamics, wherein turbine geometry is resolved in an atmospheric boundary layer, is important to understanding complex flow accounting for design strategies and operational phenomena such as blade erosion, pitch-control, stall/vortex-induced vibrations, and aftermarket add-...
Martin, Andrew Lilley, Drew Prasher, Ravi Kaur, Sumanjeet
Thermal energy storage (TES) solutions offer opportunities to reduce energy consumption, greenhouse gas emissions, and cost. Specifically, they can help reduce the peak load and address the intermittency of renewable energy sources by time shifting the load, which are critical toward zero energy buildings. Thermochemical materials (TCMs) as a class...
