![]() for example initial depth=0.04, means, water with a constant depth of 0.04m is already present inside the whole channel?Ģ. What does the initial condition=constant depth/constant elevation/zero depth mean? Does it mean the condition at the start of the simulation. Is it also related to the boundary condition?ġ. It looks like the volume going out is greater than the volume coming inside the domain. Hence If I run the simulation for longer time, the inflow volume becomes negative. ![]() ![]() The amount of volume entering the domain and coming out don not match. At other places inside the channel, the results seems good.īut the volume balance is not correct. The velocity at the outflow boundary seems very high. I also changed some numerical parameters. I set the initial condition=constant depth=0.04ħ. I set the Velocity profile option as per your comment.Ħ. I gave the proper order of the boundary where Boundary 1 = outflow and Boundary 2= Inflow.ĥ. I remade the mesh from the beginning where those thin cells are not present now.Ģ. I followed your suggestions as well as made some other modifications as follows.ġ. eg if you want to output results every 1 second, you need GRAPHIC PRINTOUT PERIOD = 10.Īfter these edits please report back whether the ill posed problem persists. After editing your time step, your GRAPHIC PRINTOUT PERIOD should also be adjusted according to your desired output frequency. your time step 10 seconds is too large comparing with your cell size. specify keywords LISTING PRINTOUT PERIOD, GRAPHIC PRINTOUT PERIOD and VARIABLES FOR GRAPHIC PRINTOUTS It is not wrong to specify that but it is not needed by the program anymore. Without specifying a keyword the program will automatically use the default value. you do not have to include ADVECTION OF TRACERS = false. If yes, you can consult telemac2d manual for details how to include the wind effect. are you trying to model wind impact on hydrodynamic? If not, you can comment line AIR PRESSURE = true. your geometry file (.slf) already includes the elevation of every mesh node, there is no need to provide BOTTOM TOPOGRAPHY FILE anymore. After the deletion, you also need to update the corresponding boundary condition file. Thin cells are often killer of model stability and should be deleted. At the river left boundary, there are a few very thin cells. You’ll also have vendor and customer information you need to get the job done.Karki, it may be a better way to start with an example model distributed with the program and see how the case file was setup, including the keywords and values. inFlow gives you full access to item details and current quantities. ![]() No need to call the back office to check on stock. Manage product, vendor and customer details. Need to adjust inventory due to damaged goods? Sending something back to your main warehouse? inFlow makes these tasks easy and fast. Your customers can even pay your invoices online (US & Canada only). Generate invoices from any order and email them straight from the app. InFlow makes payment easier for you and your customers. The images show up on inFlow’s web and Windows apps, too. Turn your product list into a product catalog.Īdd images to products so that they’re easier to recognize. inFlow lets you assign orders to team members and filter lists based on assignee. Work happens faster when everyone knows exactly what they need to do. Use the built-in camera to receive new stock as it arrives. Our mobile app helps you stay productive from anywhere.Ĭreate and manage orders without a computer.Īs long as you have your phone you can check stock and finalize sales right on the spot, or generate new POs when stock is running low. InFlow Cloud is used in over 90 countries to manage inventory and orders.
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