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Fracturing, cracking, fragmentation, and spalling are all damage phenomena that do not meet the laws of material behavior, only valid when they are intact.

Damage laws must be used in perforation or penetration calculations and take into account the material’s fracture parameters such as fracture toughness, elongation at break, etc.

We use proven behavioral models and experimentally validated damage models for the most realistic simulations possible. Our library of behavior and damage models is continuously fed by the experiments we conduct every day in our laboratory.

What makes us different?

The knowledge and experience gathered in our own impact and shock physics test laboratory! We have been studying the behavior of materials and structures under dynamic state for over 10 years.

Thus, we model the behavior of your materials and calculate your structures under shock by implementing in our solvers the most reliable input data, resulting from our own experimental studies.

Impact optimization of a concrete structure

Study and optimization of a multi-material solution for the protection of the fighter

Optimization of a kinetic penetrator performance

Why Thiot Ingenierie?

A WINNING TEAM

Shock Physics holds no secrets for our experts, engineers and researchers. They are able to meet your needs in a wide variety of fields of application and will provide you with support for all your projects, from start to finish.

EXPERIMENTATION + SIMULATION

Our strength lies in the ability of our experts to combine dynamic laboratory tests and numerical simulation to provide you with global, exhaustive and practical expertise.

100 % PRIVATE & CONFIDENTIAL

Our laboratory is private and independent. We work for industries on sensitive topics. We therefore guarantee our clients the utmost confidentiality for all projects.

WHETHER YOU ARE IN NEED OF A CALCULATION SERVICE OR AN ADVANCED STUDY OF EXPERIMENTAL TESTS/NUMERICAL SIMULATION OF YOUR MATERIALS…

They trust us