Structural Design and Analysis

The aerospace, defense, and automotive industries use highly complex systems and components which require thorough design and analysis. Dynetics provides an array of structural engineering solutions, from simple aerospace or automotive components to complete missile delivery systems. From component-level to full system-level qualification and delivery, we ensure structural engineering services that provide comprehensive support for these industries.

Dynetics' expertise in design and analysis solutions includes minimizing weight while providing sufficient strength and durability and improving thermal performance while optimizing component placement.

The traditional approach to design and development incorporates a brute-force method of build, test, redesign, and repeat. Dynetics uses a more effective method that also minimizes time and cost. By using modern analytical tools, we can predict structural behavior before parts are fabricated and assess multiple designs concurrently to determine solution efficacy prior to downselect and fabrication.

State-of-the-Art Tools

Dynetics combines highly advanced tools and techniques to develop effective and proven methods to perform detailed static and dynamic structural analysis for a broad range of systems. Dynetics engineers have the skills to produce a multi-physics solution to highly complex and difficult problems. These state-of-the-art methods and tools also enhance the value of testing as validation.

  • FINITE ELEMENT MODELING FOR STATIC, DYNAMIC, SHOCK, FATIGUE, HIGHLY NON-LINEAR CONDITIONS, OR EXTREMELY SHORT DURATION EVENTS
  • SOLID/FLUID INTERACTION ANALYSIS
  • MULTI-BODY DYNAMIC ANALYSIS
  • THERMAL ANALYSIS
  • HYDRAULIC AND ELECTRIC CONTROLS AND DRIVE SYSTEMS
  • DESIGN OPTIMIZATION
  • COMPOSITE MATERIALS ASSESSMENT

Our skills and resources enable Dynetics to analyze and produce effective results for applications as diverse as ground vehicles, rotary wing, fixed wing, and space. Dynetics is committed to solving real-world analytical problems while minimizing cost and cycle time.

Stress and Structural Analysis Core Applications

AUTOMOTIVE COMPONENTS
AIRCRAFT SYSTEMS AND COMPONENTS
SPACECRAFT SYSTEMS AND COMPONENTS
DEFENSE INDUSTRY SYSTEMS
STRUCTURAL ENGINEERING SERVICES
STATIC, DYNAMIC, MODAL, THERMAL, AND TRANSIENT ANALYSIS
FULLY FLEXIBLE ASSEMBLIES WITH MULTI-BODY DYNAMICS