FATIQ is a standalone software, dedicated to fatigue life prediction. FATIQ offers an easy and streamlined path to setup, run, and results post-processing for fatigue analyses, that eliminates the bottlenecks with the use of other software. It is based on FE results and offers an intuitive solution for fatigue life prediction, both in frequency and time domain.
This presentation outlines how users can enhance product development processes with the SimManager / BETA Suite Interaction.
This video demonstrates the enhancements that allow the calculation of Non-Homogeneous Solid & Mixed Shell-Solid cross sections.
This short video from Beta CAE demonstrates Augmented Reality in the META post processor.
Recent advances in Machine Learning (ML), makes it possible to bypass the assessment derived by contemporary FE analysis by utilizing legacy data. As a result, ML increasingly gains grounds as a powerful alternative method in the early stages of product design, liberating further innovation in engineering.
This video presents the capabilities of DEEN product on design and engineering simulation engineering.
This video demonstrates post processing using META. This includes the creation of cut planes, streamlines, report generation, along with insight on how to automate the process.
This paper presents the FE model creation of a handymax class bulk carrier and a methodology for modeling realistic wave induced loading conditions.
With the embedded fatigue analysis module of MSC Nastran (NEF), stress and fatigue calculations in one simultaneous operation offering considerable benefits in performance and simplicity. Beta CAE Systems, ANSA preprocessor offers the functionality to set up fatigue analysis for NEF in a single database and environment.
This recorded webinar details CAE post-processing using META.
This video demonstrates vehicle tire simulation using ANSA and META.
Tire FEA simulations are a complex process considering all steps, from the mesh generation, the material description, to the boundary conditions setup for each analysis. These simulations start from the 2D perspective, for some basic analysis types and after that proceed to the 3D perspective for the most major analysis such as: Tire Patch, Curb Strike, Aquaplaning, as well as NVH simulations.
This document addresses 23 of the most frequently asked questions about Simulation Process, Data, and Resources Management (SPDRM).
Simulation, Process, Data & Resources Management (SPDRM) provides a simple and intuitive way to capture, deploy, manage and improve CAE process workflows by integrating the resources, the tools and the data associated with these.
A guide to the superiority of SPDRM - SPDRM enables organizations to manage simulation knowledge and orchestrate the full spectrum of virtual product development procedures.
As the demand for quality continues to rise, these digital prototypes become even more complex while simulation analyses are required for numerous disciplines, such as Crash, NVH, Durability, CFD and for sub studies such as side, rear or front impact in crash analyses
BETA CAE Systems DEEN is a desktop application that can open data from most post-processors holding models, simulation results, and additional data.
Beta CAE offers a wide variety of training courses that lead to a certification according to the course level and type.
Using the Occupant Injury Criteria tool, combined with the rest of the available functionality of the META post-processor, simulation engineers can easily, extract occupant injuries from ATDs and HBMs along with their Restraint Systems' results, compare simulations with physical tests, and generate reports according to a wide range of regulations and consumer ratings.
Modular Run Management is a new methodology for the preparation and management of complex structures, key results, and reports. It combines established practices with state-of-the-art methodologies for model composition, loadcase set-up and model integrity checking, and facilitates storage and data sharing via inbuilt data management functionality. Learn more by reading BETA CAE System’s recent White Paper on Modular Run Management methodology.
BETA CAE Systems introduces version 22.0.0 of its comprehensive software suite for engineering simulation. The company—one of the oldest in the simulation software business—says this update improves all elements of simulation workflow and management.
A new tool automatically simplifies a detailed Finite Element model to a beam-panel model assembly. Then, a Beam Cross section Optimization is performed on the simplified model. The optimum solution is automatically applied on the detailed model using mesh morphing methods, producing an updated detailed model used to verify the analysis’ accuracy.
Watch this video as presented by Mr. Jürgen Bruns from Volkswagen AG, at the 8th BEFORE REALITY Conference.
Watch this video presentation by Mr. Jean-Christophe Carniel from Groupe PSA, at the 8th BEFORE REALITY Conference.
During new vehicle development the current design is frozen and released and important attributes are analyzed virtually. After such a release, a vast amount of data is available and CAE models need to be created or updated as fast as possible with high quality. The process of collecting, checking and preparing all data was cumbersome and a significant amount of time was also needed to check and correct the received models which could have been based on incorrect input.
The auto industry has been moving from a physical test-based development process to more of a virtual one. All aspects of the vehicle’s design and performance targets are being driven by the use of CAE simulations. Taking the data from one format like CAD and putting them into various formats that physics-based solvers can use is key. Honda R&D America's Mr. Eric Dehoff presents at the 8th BEFORE REALITY Conference.
FATIQ is a standalone software, dedicated to fatigue life prediction analyses. It’s an easy and streamlined path to setup, run, … Continue reading BETA CAE Systems launches FATIQ, the comprehensive platform for streamlined fatigue analyses.
ANSERS is a front-end web dashboard interface for accessing and combining engineering simulation and physical test data, granting an overall … Continue reading BETA CAE Systems launches ANSERS, the single point of truth for your simulation and test data
BETA CAE Systems announces the further expansion of its presence in China, by opening a new office in Shanghai. The … Continue reading BETA CAE Systems announces the opening of a new office in Shanghai
April brings a handful of improved features to BETA Suite. This release offers you the flexibility to easily migrate to … Continue reading BETA CAE Systems announces the release of the v22.1.2 of its software suite
The new second point release of our ANSA/EPILYSIS/META software suite is here to perfect your simulations’ performance and reliability with … Continue reading BETA CAE Systems announces the release of the v21.1.4 of its software suite
BETA CAE Systems announces the release of SPDRM v1.6.0. SPDRM v1.6.0 is now available, with numerous important enhancements in both … Continue reading BETA CAE Systems announces the release of SPDRM v1.6.0
This version delivers a number of enhancements and fixes to the users of the most advanced Simulation Process Data and … Continue reading BETA CAE Systems announces the release of SPDRM v1.5.1
Thank you for contributing to bringing our software to its next level of maturity. You deserve the latest of the … Continue reading BETA CAE Systems announces the release of the v21.1.3 of its software suite
This version delivers a number of enhancements and fixes to the users of the most advanced Simulation Process Data and … Continue reading BETA CAE Systems announces the release of SPDRM v1.4.3
BETA CAE Systems announces the first bug-fix release for ANSA/EPILYSIS/META and KOMVOS, hosting numerous fixes in recently detected issues. Read … Continue reading BETA CAE Systems announces the release of the v21.1.1 of its software suite
A new HBM Articulation tool for positioning HBMs directly inside ANSA v21.1.0 is now available. Moreover, a new HBM Marionette tool as an alternative solution for positioning HBMs with the aid of LS-DYNA is also provided.
Weld realization can be a complex process with more than one base sheets, with improper orientation or distance from feature lines, and requiring different calculation methods for root generation, height, and width. These issues are successfully addressed through the chassis automation tool involving algorithms developed by BETA CAE Systems.
This case study focuses on the automation of the modeling and post-processing work for brake squeal analysis using ANSA/META.
This case study presents the FATXML format implementation in Volkswagen Osnabrück and how concepts in BETA CAE systems software suite allowed for the seamless adoption of the standard.
