DfAM Soft nTop

1. Generative Deign

Generative Design refers to the concept where engineers and designers input design criteria (such as strength requirements) and artificial intelligence (AI) automatically generates designs based on those inputs.
In the context of nTopology, Generative Design encompasses features such as “Architected Materials (Lattice Structures),” “Topology Optimization,” and “Field-Driven Design.

1-A．Architected Materials (Lattice Structures)

When it comes to lattice structures, nTopology allows for the instantaneous design of lattice shapes that suit specific conditions. By establishing conditions where certain areas of the structure bear loads, it becomes possible to dynamically adjust the “cell structure parameters” to match those conditions. Furthermore, it’s also feasible to enhance the fill density in particular regions.

1-B．Topology Optimization (Shape Optimization)

You can achieve innovative shape designs that break away from conventional norms. By inputting conditions (such as strength) into the original product shape and automatically removing areas not subjected to loads, this design approach automatically generates shape proposals.

1-C．Field-Driven Design

Shape can be set by combining various data.
nTopology can combine data from various fields (CAD data, mesh data, plane data, point data, simulation results, measurement data, etc.) for designing. nTopology can design the optimum geometry based on these data.

1-D．Simulation (Analysis)

You can design by combining simulation (analysis) data with shape data. By integrating material properties and characteristics with applied loads (such as forces), it’s possible to significantly reduce the time required for design analysis conducted in various departments.

1-E．Design Automation

When designing new shapes (objects), it’s possible to repeatedly utilize conditions set in the past. Data such as lattice structure parameters, topology optimization, and field-driven design can be applied to different shapes.

2．Digital emboss processing, Rib

It is a tool for digitizing the designer’s intentions, and can automatically convert 2D into 3D.
This tool can automatically generate emboss processing, which is a very time-consuming process with conventional CAD, thus saving a great deal of time.
Furthermore, it’s possible to reduce the visibility of layering lines, a feature of MEX 3D printers.
It’s also possible to automatically position stress-calculated boss ribs on thin walls.