Do It Better.

PEC can tackle projects of any size, from initial R&D explorations to multi-company, multi-agency systems. Companies use our services to develop new products, improve current designs, and assess legacy system performance and/or failure. We embrace a philosophy of total quality as well as quality improvement in all aspects of our business.
Logos of notable customers including NASA, Boeing, Northrop Grumman, United Launch Alliance, and Nelson Manufacturing
Notable Customers

Services

Finite element model mesh detail of an inlet bellmouthOur Finite Element Analysis (FEA) services include everything from basic modeling and static analysis to complex assemblies with dynamic, vibration, contact, nonlinear, and fatigue effects. We can analyze metallic, non-metallic, and composite materials. We use our data acquisition system to verify physical components and validate our analyses.

Areas of expertise:

  • Modeling of complex components and/or assemblies, including welded, bolted, and other joints
  • Basic static strength analysis
  • Normal modes (natural frequency and buckling) analysis
  • Dynamic analyses including time and frequency domain
  • Vibration analyses including harmonic, random, and shock
  • Nonlinear deformations
  • Nonlinear materials
  • Contact
  • Superelements
  • Metallic and composite materials
  • Thermal analysis

Computer aided design of transporter for NASA’s James Webb Space Telescope attached to truck made in Dassault SolidworksVirtually every product development effort relies heavily on the use of our Computer Aided Design (CAD) services. We use our CAD tools from the beginning of a project to visualize the part or assembly and its working environment, until the end for producing finished drawings for communication and production. 

Areas of expertise:

  • Concept development
  • Complex specification compliance
  • Concept maturation
  • Design for manufacturing
  • Test plan development and product testing support
  • Solid Modeling
  • 2D drawings
  • Mass properties
  • Bills of material

Our Computational fluid dynamics (CFD) services are a means of generating solutions for fluid flows both with and without solid interactions. The process is compatible with a variety of process gases, as well as fluids such as water and gasoline. We are capable of a full range of analysis types including:

  • static/transient
  • compressible
  • multi-phase flow with all types of boundary conditions
  • heat transfer
  • Internal and external flow paths
  • Expertise in over all flow path optimization and pressure loss minimization of turbulent flows.

Our testing and data acquisition services include:

  • Design Analysis
  • Physical Testing
  • Strength Analysis
  • Cost Reduction Analysis

In addition to our standard services, we offer other advanced programs that complement and extend traditional analysis to greatly assist in the analysis and optimization of structures, including but not limited to:

  • Linear
  • Nonlinear
  • Dynamic
  • Composite laminate analysis
  • Progressive ply failure
  • Single parts to full assemblies
  • modal
  • time and frequency domain
  • low and high-cycle
  • application of MIL-STD-810 procedures
  • material trades
  • structural arrangement trades
  • Tie down provision design and/or hardware specification (MIL-STD-209)
  • Tie down pattern generation and validation (MIL-STD-1791)
  • Payload loading diagram/drawing generation
  • Air transport report (ATR) writing
  • Test load participation and/or supervision

Solutions

Our solutions cover the spectrum of product realization, from early concept development through prototype, testing, and failure analysis.

  • Concept development for form, fit, function, or motion studies
  • Analysis of existing designs to confirm strength and give guidance on material or shape selection, if needed
  • Digital prototype exploration prior to physical testing
  • Verification, validation, and interpretation of physical test results
  • Cost reduction through material optimization, structural optimization, and digital prototyping

 

Capabilities

CAPABILITY STATEMENT