Analyze & Simulate anything !
Projectile penetration simulation into a body armor helmets and etc… Explosion simulation.
80 mm Mortar Grenade An 80 mm mortar grenade typically refers to an explosive projectile designed to be fired from an 80 mm mortar system. Mortars are indirect fire weapons that launch projectiles at a steep angle, allowing them to arc over obstacles and land on targets that are not in the direct line of…
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Proceedings of the 2019 Hypervelocity Impact SymposiumHVIS2019April 14 – 19, 2019, Destin, FL, USA Markus Graswald *, Raphael Gutser, Jakob Breiner, Florian Grabner, Timo Lehmann,and Andrea Oelerich **TDW GmbH, Hagenauer Forst 27, 86529 Schrobenhausen, Germany** WTD 91, Schießplatz 1, 49716 Meppen, Germany Abstract An open source research and vulnerability study of main battle tanks and…
Simulation of a T-72A projectile hitting turret frontal armor of Leopard 2AV (1976). 125mm 3BM15 APFSDS (3.9kg projectile, 44-30mm diameter, steel penetrator/cap + 0.26kg tungsten carbide core) at 1560 m/s vs Leopard 2AV turret cheek (perpendicular to the armor, 710mm LOS) Simulating the interaction between a 125mm 3BM15 APFSDS projectile and the frontal turret armor…
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Table of Contents The Importance of Armor Penetration in Ultra Porcelain Armor The Importance of Armor Penetration in Ultra Porcelain Armor Ultra Porcelain Armor is a revolutionary development in the field of armor technology. With its exceptional strength and durability, it has become the go-to choice for military personnel and law enforcement agencies around the…
Simulating the interaction between a 125mm 3BM32 APFSDS projectile and the turret armor of an unconfirmed variant of the T-64B during its development period can provide some insights, but please note that accurate armor penetration calculations can be complex and dependent on various factors. These factors include the angle of impact, projectile performance, armor composition…
In order to compare the effectiveness of the 7.5cm Pzgr 39 projectile from the Panther tank against the frontal armor of the M4A3 Sherman tank, we need to consider the penetration capabilities of the projectile and the resistance of the armor. The 7.5cm Pzgr 39 is an armor-piercing capped ballistic cap (APCBC) projectile designed to…
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To simulate the interaction between the 105mm M111 APFSDS projectile fired from a Merkava I tank and the frontal armor of a T-72A tank, we can use the concept of armor penetration calculations. The penetration of a kinetic energy penetrator like an APFSDS round depends on several factors, including the projectile’s velocity, mass, and shape,…
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Simulating the interaction between a projectile and an armor plate involves various factors, including projectile velocity, projectile type, armor thickness, armor hardness, impact angle, and more. While I can provide a general overview of how this simulation might be approached, keep in mind that detailed simulations usually require specialized software and expertise in ballistics and…
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Simulating the interaction between a 125mm 3BM9 APFSDS projectile fired from a T-72 tank and the frontal armor of an M1 Abrams tank as described requires some complex calculations and modeling. While I can’t perform real-time simulations, I can provide you with some insights into how such an interaction might be analyzed using general principles…
Read More “T-72 vs M1 Abrams | Armor Penetration Simulation | NERA” »
Simulating the impact of a 125mm 3BM9 APFSDS projectile hitting the frontal armor of an M1 Abrams tank requires considering various factors, including the projectile’s velocity, diameter, material properties, and the layered composition of the Abrams’ armor. However, I should note that the following analysis is a simplified estimation and doesn’t account for all the…
Read More “152mm HE vs Tiger II | Armor Penetration Simulation | High Explosive” »
Applique armor (ERA thickness equivalent) Penetration Simulation Analyzing a failed Javelin missile launch from the ground to air using Finite Element Analysis (FEA) requires a multi-step approach involving physics, engineering principles, and simulation techniques. While I can provide a general outline of the process, please note that specific details will depend on the actual data…
T-34 vs Panzer IV | Armor Penetration Firefly Sherman vs Panther | Armor Penetration
by Ed Cort Armor and anti-armor technology is becoming increasingly complex, forcing weapons designers to rely more and more on computermodeling. For years, computer simulations of armor penetration contributed only modestly to armor development compared, say, to the role of computational fluid dynamics in the aircraft and aerospace industries. However, computer modeling is becoming a…
By Extreme Engineering Simulation Reactive armour[1] is a type of vehicle armour that reacts in some way to the impact of a weapon to reduce the damage done to the vehicle being protected. It is most effective in protecting against shaped charges and specially hardened kinetic energy penetrators. The most common type is explosive reactive armour (ERA), but variants include self-limiting explosive reactive armour (SLERA), non-energetic…
A tank is made up of thousands of moving parts, but the most important is YOU.
It sounds like you’re describing a simulation involving hot strip rolling using the IMPETUS Afea Solver. This simulation involves a fully coupled thermo-mechanical process where you achieve a substantial 90% reduction in thickness without the need for remeshing. Here are some key points from your description: Overall, the information you’ve provided showcases the impressive capabilities…
The USS Cole incident refers to a terrorist attack on the U.S. Navy guided-missile destroyer USS Cole (DDG-67) that occurred on October 12, 2000, while the ship was refueling in the Yemeni port of Aden. The attack was carried out by suicide bombers from the terrorist organization al-Qaeda using a small boat laden with explosives….
