ViveLab Ergo

ViveLab Ergo

Validazione ergonomica in ambiente virtuale

ViveLab Ergo

ViveLab Ergo è un prodotto ViveLab Ergo Ltd.

ViveLab Ergo è una soluzione innovativa dedicata all’interazione tra macchine, robot e persone, in grado di riprodurre il contesto reale in un ambiente virtuale tridimensionale. Utilizzando un database composto da milioni di campioni antropometrici, ViveLab Ergo è in grado di ricreare il 99% delle caratteristiche umane: mette in evidenza gli effetti, dannosi per la salute, causati da movimenti scorretti o da posture errate, nello svolgimento delle normali attività lavorative.

Attraverso le 7 più diffuse analisi ergonomiche - RULA, OWAS, NASA-OBI, ISO 1226, EN 1005-4, reachability zone, spaghetti diagram -, la tecnologia consente di perfezionare l’ergonomia delle postazioni di lavoro e/o dei prodotti. L'interfaccia user-friendly garantisce inoltre che progettisti, responsabili della sicurezza sul lavoro e designer possano eseguire autonomamente simulazioni o lavorare simultaneamente da qualsiasi punto nel mondo ad uno stesso progetto.

Ergonomic verification in 3D virtual space

Principali vantaggi

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  Ottimizzazione dei flussi di lavoro

  Riduzione degli incidenti

  Incremento dell’efficienza operativa

  Identificazione dei processi automatizzabili

  Coordinamento dell’interazione uomo – macchina

  Validazione ergonomica dei prodotti

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Approfondimenti

CASE STUDY

CFD Characterization of the Ventricular Assist Device HeartAssist 5® Through a Sliding Mesh Approach

Analysis to determine possible optimizations to enhance device safety and efficacy for long-term patient use

This technical article describes how high-end numerical Computational Fluid Dynamics (CFD) simulations were applied to mimic the realistic operating conditions of a Ventricular Assist Device (VADs) and analyze its hemodynamics in order to identify potential areas for optimization of the device’s performance, safety and efficacy.

ansys cfd biomechanics

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CASE STUDY

Exploring multi-resolution particle CFD methods

Particle-based CFD (computational fluid dynamics) methods have become very popular in recent years due to the simplicity of the model configuration process and the ability to solve free surface problems such as splashing.

automotive particleworks

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Fuel Injection

A multibody model was developed using RecurDyn to study the high-speed dynamic behavior of the injector during a typical work cycle

The model contains both rigid and flexible bodies: the pin was modelled using the proprietary Full Flex technology which includes a Finite Element body in the dynamic simulation.

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CASE STUDY

Development of a methodology and tools for tolerances in vehicle electrification to meet future customer demand and ensure competitive advantage

EnginSoft and Metasystem develop design validation, verification methodology for highperformance on-board chargers for electric vehicles

This article describes how EnginSoft supported Metasystem in acquiring the know-how to satisfy future customer requests on the one hand, and to create projects that are as profitable as possible in terms of waste minimization, on the other hand.

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CASE STUDY

Creating new services based on reconstruction of accident kinematics with FEM prototypes and a design thinking approach

This article combines the use of the finite element method with a Design Thinking approach to reconstruct a road traffic accident for an traffic accident insurance report in order to analyse the outcome of the accident, compare the respective property damage, and the physical injuries to pedestrians or passengers in order to limit the quantity of large claims compensation for the insurance company, while ensuring the fairness of the compensation for the customer to foster greater trust and credibility in the insurance provider.

automotive ls-dyna