Ansys Additive Prep

Ansys is a software suite of Ansys Inc.

Ansys Additive Prep is built into Ansys SpaceClaim that allows you to prepare the component for the 3D printing process. It is tightly integrated into the additive workflow allowing to easily investigate a set of variables to export for simulation to identify failure modes and determine the expected distortions and stresses, without utilizing machine time and print materials.

Ansys Additive Prep enables to:

Creates build volume
Orients part
Creates support regions
Create advanced support geometries with full control over all details
View the Build File with the Slice Viewer
Modify or specify build parameters
Export geometries for simulation
Estimate costs
Create and export build files to additive manufacturing equipment

Ansys Additive Prep is included in Ansys Additive Suite and Ansys Additive Print and is also available as an add-on to Ansys SpaceClaim.

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Ansys Additive Print
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Ansys Additive Suite
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Ansys Additive Suite
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Progettazione e Simulazione del processo Additive Manufacturing per componenti metallici

Vantaggi e ritorno dell'investimento

Ottime potenzialità nella riprogettazione di parti di macchine e stampi per la produzione

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CASE STUDY

Churning loss within a calender roll of a paper machine

Using Particleworks to investigate the churning loss in terms of the torque caused by the oil-piston interaction within a calender roll of a paper machine

Performing flow simulations to investigate the complex loss mechanisms caused by the interaction of the rotating oil ring within a piston in the inside of the roll of a calender, which is an important device of a paper machine. Hereby, the trends of the churning losses are determined for design improvement conducted by Voith Paper R&D.

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EnginSoft organizza corsi di addestramento software, differenziati sia per livello (di base o specialistico), sia per profilo dei destinatari (progettisti, neofiti od analisti esperti).

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Our competences in Ansys Additive Prep

CASE STUDY

A natural remedy for hot-spot stresses

Using advanced mesh morphing to seamlessly perform bio-inspired structural shape optimization

This paper demonstrates how the biological growth method, studied by Mattheck in the 1990s, can be easily implemented for structural shape optimization finite element method (FEM) analyses using advanced radial basis functions (RBF) mesh morphing.

CASE STUDY

Electrifying Solutions for Motors and Generators

Marelli Motori engineers use Ansys multiphysics solutions to custom-design motors and generators to solve challenges in hydropower, cogeneration, oil and gas, civil and commercial marine transport, military applications, and ATEX applications involving motors and generators in explosive atmospheres, among other applications.

CASE STUDY

Cross Validation of the Final Design for the Margaret Hunt Hill Bridge

The bridge designed by the world famed architect Santiago Calatrava

The bridge represents an example of a cable stayed mixed steel-concrete structure, where the stay cables are asymmetrically connected to the center of the deck and to the top of the central transverse steel arch.

Ansys Additive Prep

Ansys Additive Prep