Your project benefits from ATA’s heritage in structural engineering and comprehensive knowledge of loads, environments, and dynamic responses. Our engineering analysis services focus on cost-effective solutions that avoid compromises in quality or accuracy. Our advanced analysis methods can ensure that your system meets or exceeds safety and regulatory requirements.
Acoustics
Acoustic analysis can address severe structural vibration, fatigue problems, or high levels of noise in a coupled fluid-structure system.
Aeroelasticity and Flutter
Our turnkey certification service connects you with a designated engineering representative (DER) for a more efficient FAA certification process.
AI and Machine Learning
ATA Engineering is applying the latest advancements in artificial intelligence and machine learning (AI/ML) to our existing areas of expertise to develop innovative engineering methods that deliver rapid insights to our customers.
Composite Structures
ATA designs and analyzes advanced composite material structures across diverse industries, offering engineering support for developing and validating designs to ensure optimal product performance and structural integrity.
Computational Fluid Dynamics and Fluid-Structure Interaction
As part of our engineering analysis services, ATA has conducted CFD and FSI analyses for aerospace and industrial customers.
Fatigue and Fracture
ATA performs fatigue analysis on industrial equipment, themed entertainment structures, and aerospace structures.
Hypersonics and Reentry Systems
ATA engineers have developed a suite of tools that fill a fundamental role in the design, modeling, and analysis of hypersonic vehicles.
Kinematic and Multibody Dynamics
Kinematic analysis and accurate modeling of multibody interaction are critical to understanding mechanism performance.
Loads and Dynamics
ATA can help with defining loads and environments and predicting dynamic responses.
Materials Characterization
Material characterization involves measuring and predicting material properties to understand their performance in various applications. ATA excels at applying physics-based simulations and machine learning to create predictive models, reducing reliance on costly empirical testing for more efficient and affordable material insights.
Multiphysics
ATA’s advanced multiphysics analysis integrates across a growing number of analytical disciplines including fluids, thermal, structural, and materials using advanced codes in a fully coupled way.
Optomechanical
ATA engineers integrate with your team to analyze and test ground-, air-, and space-based optomechanical systems.
Rotorcraft
ATA Engineering provides comprehensive design solutions for rotorcraft and eVTOL, leveraging deep expertise in complex aeromechanics challenges like performance, stability, and aeroelastic coupling, with tailored multidisciplinary techniques for each unique vehicle and platform.
Thermal
Call on our experience in thermal analysis of aerospace and electronic systems and applying thermal loads to structural analysis models.
Connect with us to discuss how our advanced multi-disciplinary team can help you achieve your engineering goals.