Telma shortens path to market for frictionless braking systems with ansys

Telma significantly shortened time to market and optimized product development costs using ansys for three new series of retarders - braking systems that use electromagnetic induction. with ansys, telma decreased the number of prototypes required for validation from 10 to one over the course of a decade — enabling faster development of retarders that reduce fine-particle emissions associated with braking systems by up to 90% while significantly reducing maintenance costs. retarders are used in heavy vehicles, mining applications, wind turbines and elevators to dissipate most of the large amounts of energy produced during deceleration. this requires testing and validating the retarders under extreme conditions to ensure the function and safety of the application. with ansys, telma engineers replaced their time-consuming and expensive physical prototyping and testing process with simulation, enabling engineers to better manage the electromagnetical, fluid and structural mechanic phenomena at work. using ansys' high-fidelity multiphysics simulation solutions to model, simulate and validate these virtual prototypes, telma significantly reduced costs and accelerated time to market.
ANSS Ratings Summary
ANSS Quant Ranking