| title | challenge-title | layout | permalink | challenge-id | status | sidenav | card-image | agency-logo | tagline | agency | partner-agencies-federal | partners-non-federal | external-url | total-prize-offered-cash | type-of-challenge | submission-start | submission-end | fiscal-year | legal-authority | challenge-manager | challenge-manager-email | point-of-contact | ||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
Divide and Conquer Modeling Large-Scale Hydraulics Faster Challenge |
Divide and Conquer: Modeling Large-Scale Hydraulics Faster Challenge |
front-matter-data-markdownify-content |
/challenge/divide-and-conquer-modeling-large-scale-hydraulics-faster-challenge/ |
1278 |
open |
false |
/assets/netlify-uploads/dac-reclamation-image341-x-160.png |
/assets/netlify-uploads/usbr.jpg |
Improve the modeling of flow hydraulics and sediment transport by creating a fast, stable, parallel linear equation solver for computational fluid dynamics (CFD) models. |
Bureau of Reclamation |
Federal Highway Administration Office of Innovation Implementation – Resource Center, NASA Tournament Lab |
Freelancer.com |
$300,000 |
|
2021/09/08 8:00 AM |
2022/3/27 11:59 PM |
FY21, FY22, FY23 |
Procurement Authority |
Jennifer Beardsley |