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...
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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...
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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...
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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...
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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...
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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)....
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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,...
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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),...
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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...
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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...
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