Concrete's vulnerability is still relevant, whether in case of impact or blast-type threats, given the multiple uses of this material in buildings and infrastructures. How to predict the perforation by...
The study of orbital debris, and more specially their impacts when they collide with structures in orbit, is a major issue for space agencies. Space structures generally use Whipple shields...
Enjoy a new experience on our website: the 360° visit of our impact and shock physics laboratory! Stroll through the 5 rooms of our laboratory and get a closer look...
Thiot Ingénierie has provided its expertise in shock physics to qualify body armor. The development criteria for these protective items include reducing their weight while improving ballistic performance using high-performance...
Concrete is the most widely used building material due to its ease of use, high mechanical strength and durability. Reinforced concrete floors and walls are especially used to protect sensitive...
The first training course organized by Thiot Ingenierie’s new entity, the Shock Physics Academy, took place on November 5, 6 and 7 at the company’s new premises in Puybrun (Lot)....
Detonation, or the study of explosives, enjoys a very diverse range of applications in the field of security (destruction of shells or ammunition, destruction of obsolete buildings, triggering avalanches, airbags,...
We told you that we were starting work to modernize and expand our company. And we’ve done it! Thiot Ingenierie is still located at its historic birthplace in Puybrun (Lot),...
Studies related to dynamic ice behavior continue with higher impact speeds to meet client needs. After the first phase of the Innovation: Thiot Ingenierie develops ice that behaves like real...
Thiot Ingenierie will be present at the International Paris Air Show from 17 June to 23 June 2019. We will be pleased to welcome you at stand E18 in hall...