Aerospace Structural Research Corp

Aerospace Structural Research Corp delivers precision-engineered design solutions, transforming conceptual sketches and complex ideas into optimized, manufacturable, and high-performance products.

• Computer-Aided Design (CAD)

  Transforms sketches and initial concepts into detailed 3D computer models, enabling virtual product visualization prior to manufacturing prototype investment.

• Solid Modeling

  Provides fully defined engineering drawings for prototype fabrication while preventing costly clearance and tolerance complications during manufacturing.

• Assembly Modeling

  Generates comprehensive models of fully assembled systems to verify form, fit, function, and full range of motion, preventing assembly clearance issues.

• Conceptual Design

  Guides products from initial napkin sketches through to comprehensive and detailed 3D CAD models.

• Product Design

  Provides full product development from concept to production-ready design, leveraging advanced engineering tools to optimize performance and cost.

• Design Optimization

  Refines product parameters to reduce weight, lower costs, and meet specific performance and stress criteria without sacrificing quality.

• Composite Part Design

  Designs and analyzes lightweight, high-strength composite structures utilizing materials such as carbon fiber, Kevlar, fiberglass, and honeycomb cores.

• Electro-Optic Systems & Components

  Designs specialized components to prevent thermal deformation beam errors and manage high operational workloads.

• Thermal Management

  Protects sensitive components from extreme temperatures, including spacecraft systems, internal combustion engine exhausts, and electronics.

• Electronic Packaging

  Enables electronic systems to withstand demanding thermal and mechanical loads while minimizing electromagnetic interference (EMI).

• Product Lifecycle Support

  Provides continuous support post-launch, facilitating design modifications, performance improvements, and next-generation iterations.

• Tooling Support

  Designs custom, specialized tooling required for complex manufacturing assemblies and unique components.

Using state-of-the-art simulation software, Aerospace Structural Research Corp evaluates product performance, predicts structural behavior, and ensures safety before physical testing.

• Finite Element Analysis (FEA)

  Predicts performance and provides structural insight, helping identify design modifications to pass critical certification testing.

• Computational Fluid Dynamics (CFD)

  Simulates fluid flow and heat transfer for applications including HVAC, aerodynamics, submersibles, microfluidics, and combustion systems.

• Structural Analysis

  Evaluates load-bearing systems under complex loading scenarios to map stress and strain distributions against material limits.

• Dynamic & Vibration Analysis

  Analyzes structures exposed to transient loads, impacts, explosions, or environmental vibrations like those in rocket launches and earthquakes.

• Durability, Fatigue & Fracture Mechanics

  Determines life expectancy and durability of structures and components to ensure they meet long-term operational requirements.

• Thermal Analysis

  Evaluates heat transfer and thermal deformation to prevent premature component failure and optimize insulation designs.

• Multiphysics Analysis

  Models coupled phenomena such as fluid-structure interaction (FSI), thermal-structural coupling, and electromagnetic-structural coupling.

• Standards & Codes Compliance

  Ensures designs satisfy rigorous industry codes, including FAA, NASA, ASME, API, ASCE, IBC, and military specifications.

• Opto-Mechanical Analysis

  Ensures sensitive optical instruments survive high-stress environments like space launches while maintaining thermal stability.

• Microfluidics Analysis

  Models and optimizes microfluidic chips to maximize channel density and solve complex mixing or dispersion challenges.

• Pre-Certification Analysis

  Analyzes components prior to physical compliance testing to increase the probability of passing on the first attempt.

• Icing Analysis

  Evaluates structures for flying or operating in icing conditions to meet aviation regulatory requirements.

Transitioning designs from digital models to the production line with minimal risk and cost.

• Rapid Prototyping

  Develops 3D CAD models optimized for 3D printing and coordinates fabrication through an extensive network of prototyping facilities.

• Design for Manufacturability (DFM) & Assembly (DFA)

  Optimizes part designs for modern, cost-effective manufacturing processes to reduce production and assembly costs.

Integrating computational modeling with physical testing to validate performance and calibrate engineering tools.

• Test Planning

  Develops customized testing protocols to verify structural performance and validate designs against requirements.

• Test Fixture Design

  Designs specialized fixtures to economically test components and assemblies for quality control and compliance.

• Analysis Model Validation & Calibration

  Refines computational models using real-world physical test data to achieve high-fidelity simulation results.

Scaling technical capabilities and supporting documentation to secure patents, proposals, and cost efficiencies.

• Proposal Support

  Supplies professional 3D CAD renders, animations, and analytical data to elevate client bids and investor pitches.

• Patent Support

  Generates engineering drawings and technical documentation required to successfully file and validate patents.

• Cost Control & Resource Scaling

  Allows organizations to scale engineering capacity dynamically, avoiding high full-time overhead and licensing fees.