SPIRITECH offers a dedicated single point of contact for all of your communication needs.

• Statement of Work
• Requirements Definition
• Schedule
• Budget
• Quality
• Technical
• Integration

Your Single Point of Contact Will:

• Establish Earned Value Milestones and Report Project Status
• Track Action Items and Ensure On-Time Completion
• Document Decisions and Agreements through Coordination Memos
• Ensure Strict Configuration Control through Established Procedures and Formalize through Interface Control Documents (ICD)
• Provide Interim and Final Reports
• Procure Hardware

SPIRITECH's CFD analysis techniques and complete suite of analysis tools are capable of analyzing a full array of complex flow fields.

• Mixing of Multiple Streams
• Swirling Flows
• Reacting Flow
• Boundary Layer Interactions

CFD Modeling Capabilities Include:

• 2D planar, polar, axi-symmetric, or axi-symmetric with swirl systems
• 3D Cartesian or cylindrical systems
• Steady-state or transient systems
• Incompressible or compressible flows with subsonic or supersonic inlets
• Laminar or turbulent flow
• Newtonian or non-Newtonian flow
• Multiple species transport of concentration
• 2D free surface boundaries using volume-of-fluid (VOF) method
• Non-isotropic porous media model
• Lumped parameter models for distributed resistances
• Inertial (static) or non-inertial (rotating) reference frame models

SPIRITECH's experience with detailed boundary condition calculation and Finite Element Modeling (FEM) ensures that problem areas are identified before hardware is built, thus reducing development time and cost.

• Cooling System Design and Analysis
• Steady State Thermal Analysis
• Transient Thermal Analysis
• Film Cooling Analysis
• Fluid Network Modeling
• Boundary Condition Generation
• Custom Software Development

SPIRITECH's structural analysts are skilled in complex boundary condition application- leading to more robust analysis.

• Static and Dynamic Stress Analysis
• Transient Analysis
• Linear and Non-Linear Analysis
• Fatigue
  1. High Cycle
  2. Low Cycle
  3. Thermal/ Mechanical
• Modal Analysis
• Forced Harmonic Analysis
• Elastic and Plastic Analysis
• Buckling Analysis

At SPIRITECH, our experienced mechanical designers work closely with the other engineering disciplines at all stages of your products life cycle to ensure realization of a low cost, optimized, and robust solution that meets or exceeds your design objectives.

• Conceptual and/or Detailed Design Definition
• Design of Low Cost Structures for Extreme Environments
• Sophisticated Trade Study Techniques
• Design Validation via Aerodynamic, Structural, and Thermal Analysis
• Kinematic Design and Analysis
• Hardware Definition
• Advanced Materials and Processes
  1. Super Alloys
  2. Ceramic Matrix Composites

SPIRITECH's expert modelers and draftsmen are fluent in the latest CAD software and modeling/drafting techniques.

• Complex, Parametric Solid Modeling
• Free Form Features
• Rapid Prototyping
• Parametric Models and Assemblies
• Engineering Drawings and Layouts
• Virtual Fit Checks
• Tolerance Studies
• Assembly Instructions
• Parts Lists
• Drawing Application and Interpretation of GD&T per ASME Y14.5M-1994
• Understanding of international specifications and standards (Military Specifications, ANSI, ASME, etc.)

SPIRITECH can deliver finished parts and/or assemblies to the customer utilizing an extensive manufacturing network.

• Manufacturing Involvement During Design Phase
• Supplier Sourcing for Process Alignment
• Progress Monitoring
• Complex Forms from High Temperature and Exotic Metals
• Composites
• Final Assembly, Instrumentation, and Delivery

SPIRITECH's diverse library of internally developed software analysis tools expedites the iterative design process.

SPIRITECH offers experimental and test support for a wide array of industries.

SPIRITECH is available to support all of the customer's test support needs.

• Facility Integration
• Installation
• Data Acquisition
• Test Execution

Examples of Previous Tests Include:

• Screech Noise Suppression Testing
• Gas Turbine Combustor Testing
• SLA Flow Testing
• Heat Exchanger Testing
• RCS Testing