November 3, 2020
We rely on sound without even thinking about it. The solid thud of a car door, the rumble of a motorcycle or the tone of a smartphone can subconsciously affect how we feel about a product’s quality.
Whether a product’s sound is a core part of its functionality or a side effect of its use, you need to know the acoustic qualities of your designs before they’re manufactured.
Sound is an important part of the customer experience, but it sometimes gets neglected. Unless sound is seen as integral to the functionality of the product, it might be pushed to the back burner as deadlines approach and prototyping costs rise.
With traditional engineering methods, it’s often late in the product design and development process when a sound issue is noticed. At the 11th hour, difficult decisions have to be made: Do you release the product or completely overhaul the design from step one? Either way, time, money and the company’s reputation for quality are at risk.
Subjective jury evaluations
provide a deeper understanding
of the way potential customers
react to and appreciate sounds.
The sound quality can be assessed and improved at the very earliest stages of development. Whether the sounds are directly related to functionality, like a doorbell, or a side effect of operation ― such as the noise produced by a golf club, jet engine or a hairdryer ― Ansys Sound can help optimize the acoustic result.
A recent white paper, “Amplifying the Benefits of Acoustic Simulation,” explains how you can create products with sound in mind, easily and early on in the design stage, when costs and risks are low.
Based on closed-loop feedback from Ansys Sound, virtual product models can be optimized for both core functional performance and the resulting acoustic effects, creating a universally positive customer experience. Below are just three ways from the white paper that you can use Ansys Sound.
You can use Ansys Sound on its own to gain high-quality acoustic results, but for the greatest benefits, pair it with other Ansys simulation tools. Within the shared Ansys platform, it’s simple to bring simulations results from Mechanical or Fluent into Ansys Sound.
These two images produced by Ansys Sound graphically
demonstrate the acoustic effects of a car’s engine. In the bottom
image, the sound has been “tuned” by improvements made to the
virtual engine model following an acoustic analysis.
With an integrated workflow, there’s no sound guesswork during the design process because you can test auditory results at the beginning of a project and easily make any redesigns within Mechanical or Fluent until the desired sound outcome is reached. Late-stage sound surprises are eliminated when you simulate for sound, just like you simulate for functionality.
Product engineers are faced with many challenges during design and production. Sound can be an overlooked aspect with potentially potent consequences. Negative customer reviews of how a product sounds can make or break a product. Regulations that cover sound can derail new product introductions. A company’s reputation for quality can be hurt if their product sounds worse than the competition.
Ansys Sound, together with Mechanical and Fluent, offers the solution for discovering the best auditory results. Simulated sound provides the opportunity to authentically create product sounds in any stage of design development. Modeling sound ensures a positive consumer experience every time.
Discover more about Ansys Sound by downloading the “Amplifying the Benefits of Acoustic Simulation” white paper.