@ mohmmed , thank you. But that software sound to be used roughly for firearms for military application. Actually my interested in to accurately model an arrow thrown from a recurve or compound bow to compare some of the available bows performance.

ABAQUS Explicit + Ansys Fluent.

Hi Behrad! I would recommend you to use Explocit Dynamics coupled with ANSYS Fluent. This can be easily done using the ANSYS workbench suite.

An idea about this strong coupling between these solvers can be found in this presentation:

http://www.ansys.com/staticassets/ANSYS/Conference/Confidence/San%20Jose/Downloads/multiphysics-systems-coupling-2.pdf

Best regards,

Dimitrios

@ Martín Saravia , would you explain alittle more about how these two different softwares can be bundled and what each of them can do ?

Yes you can do it using Ansys or comsol, you have to use FSI methods which combine solids structure and fluid dynamics. In Ansys you would have to combine a finite element modeler with fluent and in Comsol you could use the FSI module. Ansys and Comsol do the same and it depends on your ability as a modeler. You could also use the FSI code inside OpenFoam, you should have to learn how to use the OpemFoam code, which is relatively easy.

You can do it using Ansys Fluent (recent versions). If you have experience in Fluent will be relatively easy, if you don’t have experience you will need a good tutorial.

You can use PHOENICS.Relevant publications:N.C.Markatos and D.Kirkcaldy Analysis and computation of 3D transient flow and combustion through granulated propellants,Int.J.Heat Mass Transfer ,Vol 26,No 7 ,pp1037-1053,1983.Also N.C.Markatos Int.J. Multiphase Flow ,Vol12 , 6,pp913-933,1986.

based on the answers one can inferes that mutiple cae tools should be used to do that simulation. i will be gratefull if someone tell steps of simulations and I also the related softwares. for example for ignition in material domain and sluid dynamics doman different simulation seems to be used.

First, you have to implement a simple model imposing stresses as boundary conditions on a solid structure. Then you could model in a separate simulation the projectile moving inside the fluid. Last, you could combine both models. Sounds easy, but indeed is complex. It is better if you create your model step by step. I would suggest Ansys if it is your first time modeling, the software is easy to use and the required FEM and FVM methods are reliable, you just would need to worry about understanding your problem physics, that’s the most important.

http://www.winchester.com/learning-center/ballistics-calculator/Pages/ballistics-calculator-silverlight.aspx

Quoting their websites: "The Winchester Ballistics Calculator allows users to choose their type of ammunition and compare up to five different Winchester products with easy-to-read, high-tech ballistic charts and graphs. Choose from six different categories including shotgun slug, rimfire, centerfire handgun and centerfire rifle ammo ballistics.

Customize the shooting conditions in the ballistics calculator to replicate ballistics performance in your own shooting or hunting environment. Enter specific conditions like wind speed and outside temperature, adjust zero marks for sighting in, and then view the ballistics of your favorite load.

The ballistics calculator provides easy to read ballistics charts and graphs while visually illustrating the point of impact, drop, drift and trajectory. The ballistics charts provide detailed ballistics information on flight time, drop, drift velocity and energy."

***

Quoting their website:

"Energy Calculator:

This tool will help you estimate the energy of your favorite cartridge. If you are unsure of which bullet weight and/or velocity to submit, use the information from our on-line ballistics tables above.

Example: The muzzle energy of a 300 Remington Ultra Mag 180gr Core-Lokt Ultra bullet propelled at 3250 feet per second is determined using the follow formula:

M x V2 ÷ 450400 = foot pounds energy.

Step 1: Multiply M (M = bullet weight in grains) times V2 (V2 = the square of bullet velocity in feet per second): 180 x 3250 x 3250 = 1,901,250,000

Step 2: Divide the product of step 1 by 450400: 1,901,250,000 ÷ 450400 = 4221 foot pounds of energy.

Remington Shoot! Ballistics Software:

Generate powerful ballistics reports and graphs, compare two different Remington factory loads and more with Remington Shoot!, an interactive ballistics software program from Pinsoft Software. Includes current and recent factory loads.

Ballistics Comparison Charts:

We have moved our Ballistics Comparison Charts onto our ammunition product pages. With our new system you can compare ammunition within caliber or gauge family products and up to 6 different products per comparison. If you are a My Remington member you can save a comparison to your account for an unlimited amount of time."

http://www.remington.com/pages/news-and-resources/ballistics.aspx

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Quoting their website:

"Our new and improved calculator includes both basic and advanced features, allowing you to customize the shooting conditions to replicate your environment. Choose standard or metric, and enter the appropriate data to view your favorite load.

Standard values are provided in the sight height based on the firearm type, but may be changed to match your setup. Default values are entered in the temperature and pressure spaces but can be changed. Once calculated, we offer a printable "cheat sheet" to tape to your firearm for quick reference.

INPUT VARIABLES

Basic

Standard/Metric: Choose the system of measurement you want to use.

Description: Use this space to describe the handload or factory ammo you’re using.

Ballistic Coefficient: Refer to the trajectory data. (Must be at least .001 up to 1.0)

Velocity: Measured in feet per second, or meters per second. (must be between 100 and 4400 fps, or 30 - 1350 m/s)

Weight: Bullet weight in grains (must be at least 5 grains up to 300 grains)

Maximum Range: The furthest range to which you want to calculate. (from 100 to 1000 yards, or 30 to 1000 meters)

Interval: The range interval you want to calculate and display.

Advanced

Drag Function: Use either the G1 or G7 model. This will depend on the bullet you are using.

Sight Height: The default is 1.5in/5cm. Can be from .1 to 4 inches/.1 to 10 cm.

Shooting Angle: The vertical angle between you and the target. A negative angle indicates you are above the target. A positive angle indicates you are below the target.

Zero Range: Defaults to 100 yds/50 meters.

Wind Speed: Measured in miles per hour/km per hour.

Wind Angle: This indicates the direction of the wind. 0 degrees is a direct headwind. 90 degrees is a crosswind from the right. 180 degrees is a direct tailwind. 270 degrees is a crosswind from the left.

Altitude: Your height above sea level.

Pressure: Enter the absolute barometric pressure for the shooting site, standard pressure is default.

Temperature: Enter in degrees Fahrenheit or Celsius.

Humidity: Entered as a percentage."

http://www.hornady.com/ballistics-resource/ballistics-calculator

******

Quoting from website:

"Calculators:

Handloading Costs calculator

Ballistic Calculator

Energy, Momentum and Taylor KO calculator

Firearm Recoil Calculator

Reduced Load Calculator"

http://handloads.com/

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I found nothing for arrows, however. Want me to keep looking?