Course Introduction: IMPETUS Fundamentals

Overview
IMPETUS Fundamentals is a back-to-basics introduction to numerical modelling of weapons effect using the IMPETUS Solver. Designed for new users and those looking to refresh their understanding, the course provides a clear and structured foundation for building, editing, and running simulations.

What’s Included (We're With You Every Step of the Way)

• Live digital training (3 hours)
  You'll receive a course link to join the session.
• Q&A session with our experts
  Ask questions and discuss with both instructors and fellow participants.
• One-to-one follow-up meeting
  Once you’ve started using the software, we’ll schedule a personal Teams session to go through your specific use cases and modelling challenges.
• Ongoing support
  You’ll get full access to our ticket-based help desk, modelling templates, and knowledge base to support you beyond the course.

Course Structure

1. Why Numerical Modelling?
   We begin by exploring the motivation for using numerical models in engineering and science. This module sets the stage by explaining the core challenges numerical tools are designed to solve.
2. Anatomy of a Numerical Model
   Next, we break down the key components of a numerical model. This includes how models are constructed, what they represent, and how they are translated into computable structures.
3. The IMPETUS Engines
   This module gives an overview of the different IMPETUS engines, including:

• Their individual specifications and intended applications
• Required input formats
• Internal mechanics and processing pipelines

4. Using the IMPETUS Editor
A practical walkthrough of the IMPETUS Editor:

• System and model definitions
• File structure and syntax
• Command logic and parameter control
• Navigating the GUI efficiently

5. Worked Examples
The course concludes with step-by-step examples across multiple modelling techniques:

• Finite Elements (FE)
• Smooth Particle Hydrodynamics (SPH)
• Discrete Particles (DP)
• Computational Fluid Dynamics (CFD)
• Coupling between engines

These examples are designed to give participants the confidence and tools to build and run their own simulations from scratch.