Case Studies
Vibration Testing to Improve the Riding Comfort of a Vintage Luxury Car
To improve the vibrational comfort of a 1960s vehicle gem, a Lancia Flaminia, we did some vibrational testing and analysis. Read the article to learn how.
Since graduating from the Politecnico di Torino in 2004 with an M.SC. in Mechanical Engineering, Samuele Ardizio has become an expert in NVH applications and measurements.
Immediately after the end of his studies, Samuele began his working career at LMS International. Working as an Application Engineer and CS Engineer, Samuele’s main responsibility was managing all pre-sales activities, including on-site demonstrations, installation, and training.
Being in contact with customers was the way Samuele realized his natural passion for sales.
When Samuele moved to Bruel & Kjaer in 2008, the position of sales representative for Key Accounts in Aerospace and Defence, Automotive markets was entrusted to him. All the experience in the noise and vibrations field made Samuele one of the most knowledgeable in NVH applications. In 2017 moving to LEANE International, Samuele was introduced to Dewesoft measurement instruments, influencing his move to Dewesoft Italia in 2018.
Currently, Samuele works as an NVH Sales engineer and business developer for NVH applications at Dewesoft Italia. He is part of the Dewesoft Worldwide Developers Team for NVH Solutions.
NVH Sales engineer.
Business developer for NVH applications.
Technical support to Italian distributor LEANE International Srl for Automotive and Aerospace markets
NVH Developer for NVH measurement solutions
Case Studies
To improve the vibrational comfort of a 1960s vehicle gem, a Lancia Flaminia, we did some vibrational testing and analysis. Read the article to learn how.
Application Notes
With Dewesoft systems, it is possible to carry out measurements for vibrations according to the ISO and UNI standards. Read the article to learn how.
Application Notes
Learn how Dewesoft data acquisition systems and whole-body vibration software are used to measure and evaluate human response to vibrations in buildings.