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In this FLOW-3D simulation of a rocket, combustion is modeled in the first two phases. The third phase shows the deceleration of the launch vehicle. A face-centered-cubic grid with maximum element size equal to the length scale of the combustion chamber is used to simulate the gas in the combustion chamber. A set of different grids is used to describe the flow field in the first and second phases. A relaxation scheme based on partial derivatives is used to accelerate the convergence rate, and comparisons with experiments show that the model is capable of representing the deceleration behaviors of the rocket.

This tutorial describes how to simulate a binder jetting process in FLOW-3D AM. The process itself is very similar to a 3D-LCD printer. An ink/powder mixture is jetted onto a substrate. Here, a jetting principle defined by the user enables 3D-printing of details inside the part.

This tutorial describes how to simulate the formation of porosity in FLOW-3D AM. By building one or more pores at a certain position, FLOW-3D AM allows the user to see how a porous part deforms and how it affects mechanical properties like tensile strength. The structure in the initial state is defined by the user or can be generated randomly. The subsequent growth of the pores is followed over time until the entire part has been solidified.

In this tutorial, we create a model with two alloy phases of different size, orientation, and mechanical properties. This model can then be used to simulate solidification cracking and crack propagation. 84d34552a1