EVENT DETAILS:
Registration is now open for the following continuing education courses:
The courses will be held virtually on zoom (9:00am - 4:30pm EST).
Course details are shown below. Additional details with course agendas can be found at (best viewed on browsers other than Internet Explorer): https://owd.tcnj.edu/~horst/coned.htm
If you would like to register for any of the courses, please contact Michael Horst, PhD, PE at either horst@tcnj.edu or 814-571-5607
- Unsteady Flow using HEC-RAS (January 10-11, 2022) ($1000) - $50 discount for NJAFM Members
- 2D Flow Modeling using HEC-RAS (January 12-13, 2022) ($1000) - $50 discount for NJAFM Members
- HEC-HMS GIS and PMP modeling (January 14, 2022) ($500) - $25 discount for NJAFM Members
The courses will be held virtually on zoom (9:00am - 4:30pm EST).
Course details are shown below. Additional details with course agendas can be found at (best viewed on browsers other than Internet Explorer): https://owd.tcnj.edu/~horst/coned.htm
If you would like to register for any of the courses, please contact Michael Horst, PhD, PE at either horst@tcnj.edu or 814-571-5607
|
HEC-RAS UNSTEADY FLOW COURSEJanuary 10-11, 2022
This 2-day course is devoted to the use of the HEC-RAS program for Unsteady flow modeling. Course topics include: geometric preprocessing, unsteady flow simulations, storage area and storage area connections, lateral weirs, dam breach analysis, and bridge modeling. This course includes 5 hands-on workshops.
|
HEC-RAS 2D COURSE
January 12-13, 2022
This 2-day course is devoted to the use of the HEC-RAS program for 2D flow modeling. Course topics include: Review of unsteady flow modeling via storage areas and lateral structures, adding a 2D area, developing 2D boundary conditions, running a 2D simulation, reviewing results of a 2D simulation via RAS Mapper, modeling bridges in 2D and troubleshooting. This course includes 5 hands-on workshops.
|
HEC-HMS GIS & PMP COURSEJanuary 14, 2022
This 1 day course shows participants how to use GIS software to obtain watershed characteristics including: area, longest hydraulic length, average watershed slope, time of concentration, and curve number. Information is then input to the HMS model for the purpose of simulating the 72 hour PMP event using the HMR-52 precipitation option currently available within HEC-HMS. Peak flow optimization of the HMR-52 simulation is also presented. This course includes 3 hands-on workshops.
|