Explore NMT/EMRTC’s other courses below, aimed at enhancing your knowledge of energetic materials.
These courses operate independently, without sponsorship from FEMA, and do not receive grants from DHS/FEMA.
This course is designed to give an overview of the modern theoretical understanding of explosives from a chemical and physical standpoint while enhancing the strength of that understanding through practical field and laboratory demonstration experiments. Basic explosive engineering material will be covered, including thermochemistry, explosive initiation, shock wave physics and explosive effects. Laboratory and field demonstration experiments on the EMRTC explosives range will reinforce classroom material.
1. A general understanding of the chemistry of explosives as it relates to energy content, energy release and basic safety.
2. A basic understanding of explosives initiation, including functionality of common commercial initiation systems and explosive trains.
3. A physical understanding of detonation theory, shock physics and air blast effects for explosives.
4. A general understanding of the hazards associated with the synthesis and handling of explosives, including improvised explosives.
Inquires please contact Jonique Gallegos by email or by phone (575) 835-5092.
This comprehensive course, in partnership with H. A. Consulting and Dynamic Systems & Research (DSR), provides an overview of the modern theoretical understanding of penetration mechanics. Join us for an immersive experience led by industry experts, covering a wide range of topics crucial to understanding projectile penetration and its applications.
The Closed-Form Solution and the Historical Development of Projectile Penetration: We begin with the closed form solution to penetration mechanics and its application to Artificial Intelligence (AI) fuzing and examine the key milestones and advancements in the evolution of projectile penetration mechanics.
The Experimental Database in Penetration Mechanics: Analysis of empirical data sets and experimental methodologies crucial for understanding penetration phenomena.
Full Target Descriptions and Characteristics: Detailed characterization of target materials, geometries, and compositions to enhance penetration analysis and prediction.
Techniques Utilizing Small-scale Test Data: Advanced methodologies for extrapolating insights from small-scale penetration tests to real-world scenarios.
Experimental Techniques in Penetration Mechanics: In-depth exploration of cutting-edge experimental techniques and instrumentation utilized in penetration mechanics research.
Data Analysis from Instrumented Penetrators: Examination and interpretation of data obtained from instrumented penetrators to extract valuable insights into penetration dynamics.
Penetration Mechanics Analytical Tools: Utilization of sophisticated analytical tools and computational methods for modeling and predicting penetration behavior.
Penetration Equations and Mathematical Formulations: Comprehensive study of mathematical formulations and equations governing projectile penetration, including their derivation and application.
2D Predictive Penetration Tool: Practical application and utilization of advanced two-dimensional predictive penetration tools for scenario analysis and design optimization.
Class A: June 18 - 20, 2024
Class B: July 16 - 18, 2024
Location: New Mexico Tech / Energetic Materials Research and Testing Center, Socorro, NM
Price: $3,582 per person
For Technical Questions: Kent Harvey | kent.emrtc.nmt.edu | 575-835-5312
To Submit Completed Forms: Jonique Sais | jonique.sais@emrtc.nmt.edu
To register, please download and fill out the registration form: Registration Form
