Armant LLC

Employs high-level multi-physics engineering simulations to address challenging physical phenomena and extreme environments, tailoring simulation scopes to answer critical client questions.

• Multi-Physics Simulation

  Simulates complex, interacting physical phenomena to characterize environmental effects on high-performance structures.

Analyzes complex thermal and fluid dynamics in extreme environments, covering everything from simple turbulent flows over walls to active rocket motor startup sequences.

• Turbulent Flow Analysis

  Examines boundary layers and aerodynamic turbulence to model heat transfer and drag on flight bodies.

• Rocket Motor Startup Analysis

  Assesses transient fluid and thermal states during rocket ignition to prevent structural or performance failures.

Provides technical support for subsonic, supersonic, and hypersonic wind tunnel testing, and guides aerospace platforms through flight tests and production validation.

• High Speed Ground Testing

  Manages physical validation using wind tunnels and arc jets across subsonic, supersonic, and hypersonic regimes.

• Flight Test Support

  Coordinates structural, mechanical, and systems-level tests to validate performance from concept to deployment.

Evaluates and independently verifies data streams from diverse engineering applications, leveraging a deep scientific background to extract actionable insights.

Implements uncertainty quantification and multidisciplinary optimization techniques at both component and systems levels to build robust solutions.

• Uncertainty Quantification

  Applies statistical methods to evaluate design variables and ensure safety margins under real-world variations.

• Multidisciplinary Design Optimization

  Simultaneously coordinates design variables across structural, aerodynamic, and thermal domains to optimize vehicle weight and performance.

Work in this area is organized into supported delivery tasks.

• Connects

  Support includes Connects.

• Automates Software Tools To Streamline The Engineering Workflow

  Support includes automates software tools to streamline the engineering workflow.

• Minimizing Routine Tasks

  Support includes minimizing routine tasks.

• Enabling Faster

  Support includes enabling faster.

• Higher-quality Decisions

  Support includes higher-quality decisions.

Develops and integrates power systems, flight controls, GPS/INS, avionics, and RF technologies for missiles, aircraft, and spacecraft.

• Flight Electronics Integration

  Architects electronic subsystems for missiles, aircraft, and orbital vehicles to ensure structural and electromagnetic compatibility.

• Avionics and Navigation Systems

  Integrates complex guidance, navigation, and radio frequency designs into airborne platforms.