NTEIT
Civil/Environmental
- Dec 9, 2011
- 3
Hello,
I am somewhat new to the world of hydrology and pond design, but have recently became interested in offering pond design services. I have done quite a bit of recent research on the subject, and had extensive education in the hydrology department several years ago.
I have been researching different software that helps with the following:
1. Mapping software that allows easy preliminary inspection of USGS topography, aerials, and soils data, to define prime locations
2. CAD software that allows for 3d modeling of existing surveyed grade and proposed design, to calculate cut-fill balance, as well as aid in geotechnical feasibility studies
3. Hydrology software that calculates SCS method runnoff, staging, and outlet structure sizing of single ponds
For items 1 and 2, I am battling between three setups: Autocad Civil 3D, Carlson Civil Suite, and Carlson Takeoff R6
For item 3 I have evaluated several programs such as HEC-HMS, HydroCAD, Hydraflow, and "SITES" (by NRCS). After reading numerous bad reviews, I have thrown out the possibility of Bently-Haestead software.
Our target client is high end recreational/agricultural property owners looking for pond design consulting.
Most all of our designs have been comprised of a either a riser pipe or a siphon pipe for primary spillway, with an earth trapezoidal weir auxillary spillway.
All of the stated hydrology software seems capable of modeling my simple setups, except that I would like the capability of evaluating headcut erodibility in the Aux Spillways. SITES by NRCS(SCS) is the only software I can find that evaluates soil type and stress in the spillway. I HATE SITES due to the poor interface, no support (the government employees don't understand deadlines), and tough to navigate error codes. I am yet to have a successful run with SITES, although I know it can evaluate erodibility.
Does anyone have suggestions for erodibility software?
I would also like your input on how each sets of software interact with each other.
For example: ease of transferring stage storage and runnoff data from a pond model in carlson civil to hydroCAD.
I am somewhat new to the world of hydrology and pond design, but have recently became interested in offering pond design services. I have done quite a bit of recent research on the subject, and had extensive education in the hydrology department several years ago.
I have been researching different software that helps with the following:
1. Mapping software that allows easy preliminary inspection of USGS topography, aerials, and soils data, to define prime locations
2. CAD software that allows for 3d modeling of existing surveyed grade and proposed design, to calculate cut-fill balance, as well as aid in geotechnical feasibility studies
3. Hydrology software that calculates SCS method runnoff, staging, and outlet structure sizing of single ponds
For items 1 and 2, I am battling between three setups: Autocad Civil 3D, Carlson Civil Suite, and Carlson Takeoff R6
For item 3 I have evaluated several programs such as HEC-HMS, HydroCAD, Hydraflow, and "SITES" (by NRCS). After reading numerous bad reviews, I have thrown out the possibility of Bently-Haestead software.
Our target client is high end recreational/agricultural property owners looking for pond design consulting.
Most all of our designs have been comprised of a either a riser pipe or a siphon pipe for primary spillway, with an earth trapezoidal weir auxillary spillway.
All of the stated hydrology software seems capable of modeling my simple setups, except that I would like the capability of evaluating headcut erodibility in the Aux Spillways. SITES by NRCS(SCS) is the only software I can find that evaluates soil type and stress in the spillway. I HATE SITES due to the poor interface, no support (the government employees don't understand deadlines), and tough to navigate error codes. I am yet to have a successful run with SITES, although I know it can evaluate erodibility.
Does anyone have suggestions for erodibility software?
I would also like your input on how each sets of software interact with each other.
For example: ease of transferring stage storage and runnoff data from a pond model in carlson civil to hydroCAD.