In the defense and aerospace sector, the durability of vehicles and systems is critically important. This durability is tested against challenging factors such as shock, ballistic impact, and vibration, especially on land, air, and sea platforms. FE-TECH provides engineering solutions that comply with MIL-STD-810G and STANAG 4569 standards, ensuring the safety of projects. Analyses conducted with ANSYS and LS-DYNA optimize the durability of systems and deliver reliable results in engineering solutions.
Land, air, and sea platforms are exposed to various shock waves during operations. Especially during military operations, vehicles and systems must withstand shocks from high-speed collisions and explosions. FE-TECH conducts shock analyses in accordance with MIL-STD-810G standards, simulating how military systems perform under these challenging conditions. Using ANSYS and LS-DYNA software, these analyses focus on structural deformation and impact resistance. These tests measure the durability of critical components and minimize potential damage during shock scenarios.
Ballistic analyses are used to test the effectiveness of armor systems, particularly on land and air platforms. These analyses examine how platforms respond to ballistic projectiles. FE-TECH conducts ballistic analyses according to STANAG 4569 standards, optimizing the armor durability of platforms. Ballistic analyses performed with ANSYS and LS-DYNA simulate the effects of high-speed projectiles impacting the armor. This allows for the evaluation of performance criteria such as cracking, penetration, and energy distribution.
Bird strikes pose a serious threat, especially for civil and military aircraft. FE-TECH conducts bird strike analyses using ANSYS and LS-DYNA to test the durability of aircraft against such incidents. These analyses are performed to understand whether a bird impacting the fuselage causes structural deformation and how it affects system safety.
Natural frequency analyses are conducted to understand the vibration resistance of platforms. Vibration can be a significant issue for military systems, as vibrations exceeding the natural frequency can cause structural damage. FE-TECH performs vibration analyses using ANSYS in accordance with MIL-STD-810G standards, determining the natural frequencies of platforms. This allows for the optimization of the platform’s lifespan through fatigue-based vibration analyses. Fatigue-based vibration analyses are a critical method to enhance the durability of platforms used in military operations.
FE-TECH provides comprehensive analyses to enhance the structural strength of military platforms. Collision and impact analyses are common scenarios encountered in land, air, and sea vehicles. Collision simulations conducted with ANSYS and LS-DYNA analyze how the platform maintains its structural integrity during impact and predict potential damage in critical areas. Static and dynamic impact tests assess the durability of vehicles, especially their ability to withstand the harsh conditions of combat zones.
Underbody mine blasts pose a serious threat to the safety of land vehicles. FE-TECH conducts comprehensive analyses to ensure durability against such explosions. Underbody mine blast analyses simulate the effects of explosives placed beneath vehicles and assess how the vehicle will respond. ANSYS and LS-DYNA software analyze how blast waves are distributed across the vehicle structure and identify areas where structural damage is concentrated. These analyses are performed to ensure the vehicle can protect its crew under combat conditions.
FE-TECH provides reliable engineering solutions for companies operating in the defense industry. Analyses conducted according to international standards such as MIL-STD-810G and STANAG 4569 ensure the reliability of projects. Static and dynamic analyses performed using ANSYS and LS-DYNA provide comprehensive data to understand how projects will perform under the most challenging conditions.
Durability, reliability, and efficiency are critical in the defense sector. FE-TECH elevates the reliability of projects through shock, ballistic, vibration, and mine blast analyses. ANSYS and LS-DYNA software are among the most effective tools used to understand how platforms perform under harsh conditions. These solutions enhance the durability of projects in field conditions and minimize risks.