MIDAS NFX 2015 R1 WIN32 WIN64 ISO-SSQ

MIDAS NFX 2015 R1 WIN32 WIN64 ISO-SSQ | 1.63GB

Many industrial equipment and processes involve fluid and particles in one system, where engineers want to understand the interaction between particles and the fluid. Typical applications include filtration, solid-liquid mixing, spray coating, etc.

With the newly implemented particle analysis, you can analyze the movements of particles inside the fluid and their interactions with the fluid.
Noh-hoon Lee: We will soon consider interactions between the particles too

Noh-Hoon Lee, specialist and lead developer of particle analysis solver, explained his future plan in the interview. The next step is to implement “Discrete Element Method” to consider interactions between the particles.

He also wants to couple it with other analyses, such as chemical reactions and species advections. So it will be possible to consider particles as elementary chemical elements and calculate the reactions between them.
Try New Features with Interactive Tutorials

Nonlinear Elastic Material
You can simulate nonlinear elastic material in NFX 2015. See how to do it in this example.

Multi-layered PCB
Taking into account the effective thermal conductivity of a multi-layered PCB used to be a challenging task. See how NFX 2015 makes it easier for you

Compact Thermal Model
CTM is a siplified behavioral model which accurately predict temperatures at critical points (i.e.junction) in a electronic systm. It significally reduce the computing time

Cyclic Symmetry Boundary Condition
Many structures repeast around an axis (i.e. fans, turbines). For these structures, NFX 2015 can pattern geometries and loads cyclically, so you only need to model one small section to evaluate the behavior of the whole structure

Overset Mesh
In complex fluid flow problems, not every geometry can be well represented using a single, contiguous mesh. NFX 2015 introduces overset mesh function. Try how it works in this example

1D CFD Analysis
This function helps to analyze flow, heat, and mass transport in complex pipe networks easily with great saving of computational time. Try how to create 1D CFD element and how to connect it with 3D domain

Inertia Relief
Inertia relief enables the analysis of unsupported systems such as automotives in motion, or satellites in space. It releases the inertia effect and the relative displacements are independent of constraint conditions.

Peel Down Selection
This tool helps you easily select geometries, which are difficult of access, inside the model.

Homepage: http://midasnfx.com/NFX2015/

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