SimCoat

SimCoat is a probability based algorithm using Monte Carlo technique to determine the random droplet impact and coating of various surfaces.

SimCoat comes with a library of drop splat shapes which are used to form the coating.

SimCoat can be used to provide valuable information such as thickness, roughness and porosity for a specified coating process.

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SimPlasma

RF-ICPs are used in a wide variety of industrial applications, e.g., chemical vapor deposition of thin films, analytical chemistry, spray coatings, destruction of hazardous waste, powder treatment, etc.

SimPlasma simultaneously solves the equations for the transport of mass, momentum, and energy, along with Maxwells™s equations. It can be used to predict the effect of DC and RF powers, mass flow rates of plasma and peripheral gases, and pressure on the temperature and velocity profiles inside the reactor.

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SimSlosh

SimSlosh can be used to simulate the fluid/structure interaction (sloshing) that occurs in moving liquid containers. The program uses a coupling technique to separately model the dynamic motion and the fluid sloshing in the container.

SimSlosh can be used to determine forces and torques that are applied to fuel tanks due to sloshing and the resultant acoustic effects.

SimSlosh can import complex container geometries.

SimSlosh provides valuable information on the forces due to sloshing on the walls of the container

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SimSpray

SimSpray is a three-dimensional algorithm that models the spray dynamics in a transient, turbulent, chemically reactive flow.

SimSpray simultaneously solves the continuity equation for all the species, the continuity and momentum equations for the total fluid flow, and the energy equation for all species. It incorporates different turbulence modelling schemes.

SimSpray also solves the equation of state and considers the chemical reactions.

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SimFill

SimFill is used for design of machinery for the filling of various containers.

SimFill is capable of capturing bubble entrapments and can also takes to the account for any oscillation or shaking of the container during the filling process. Simulent Fill can also be used for the design of the proper filling nozzle.

SimFill provides a valuable tool for pharmaceutical, consumer products and any other packaging industry.

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SimDrop

SimDrop is a Volume of Fluid (VOF) based free surface code which allows for the simulation of single or multiple droplet dynamics with phase change.

SimDrop simultaneously calculates momentum and energy equations and has special features for phase change and solidification.

SimDrop uses accurate advancing and receding contact angles for contact line during the impact on various surfaces.

SimDrop is used for fundamental studies of single or multiple drops impacting on various surfaces such as those in thermal sprays, agricultural sprays, rain, painting, pharmaceutical, electronic soldering…
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