SOLIENG, Inc.

Creates physical structures, mounting components, and specialized tooling designed to survive challenging operational environments, manage mass and stiffness requirements, and support integration.

• Brackets, Housings, and Secondary Structures

  Designs secondary structural components to mount equipment to primary frames while meeting mass, stiffness, and environment-specific constraints.

• Alignment-Critical Equipment Design

  Engineers adjustable supporting equipment for highly sensitive components like dish pointing devices and spacecraft antennas to facilitate precise adjustment at the integration level.

• Handling and Transportation Equipment Design

  Develops custom transport and integration fixtures for subsystems and fully integrated systems, ensuring structural integrity and safety across operational, maintenance, and testing phases.

• Test Fixture Design

  Creates custom fixtures for dynamic testing, integrating considerations of mounting features, dynamic behavior coupling, and test equipment capability to ensure safe, cost-efficient testing.

Provides rigorous structural evaluation and modeling to verify performance, calculate stresses, and optimize complex mechanical systems.

• Finite Element Modeling

  Constructs representative and accurate mathematical models of systems and components by importing geometry from industry-leading design software to yield precise simulation results.

• Static and Quasi-Static Analysis

  Calculates resulting stresses and displacements for simplified system models and provides design recommendations to improve structural capacity and performance.

• Dynamic Analysis

  Performs structural dynamic evaluations, including modal analysis, sine vibration, random vibration, and vibroacoustic responses, to characterize modal behavior and recover response stresses.

• Thermal Stress Analysis

  Calculates stresses and displacements resulting from extreme temperature loading in applications such as motor vehicle engines and aerospace components, offering recommendations for thermal performance optimization.

• Buckling Analysis

  Evaluates bifurcation in static equilibrium equations to solve structural stability problems across various system configurations.

Prepares, simulates, and analyzes structural tests to validate complex hardware under extreme environmental conditions.

• Pre-Test Analysis

  Performs simulation-based evaluations prior to testing for static load, thermal, sine vibration, random vibration, and acoustic testing to predict stresses, displacements, and dynamic responses.

• Testing Support

  Provides technical guidance and engineering assistance during physical testing phases.

• Post-Test Correlation Analysis

  Evaluates acquired test data and executes mathematical correlation analysis against theoretical models at the conclusion of testing.

Innovates new techniques and mechanical configurations to advance technology in core aerospace and mechanical disciplines.

Delivers specialized engineering curricula and training paths in advanced mechanical and structural concepts.