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Collier Research Corporation

Contact Information

Please visit: Collier Research Corporation

Phone: (757) 825-0000
Fax: (757) 825-9988

Mailing Address:
760 Pilot House Dr., Ste. A
Newport News, VA 23606 US

Engineer Contact: Phil Yarrington, (757) 825-0000, support@hypersizer.com

Additional Locations:

Products/Services:
HyperSizer composite material analysis software, automated stress analysis and sizing optimization software for vehicle structures and TPS, for composites and thermal environments. Software couples automatically to FEA/NASTRAN, for system-level trade studies and structural component margin-of-safety reporting.

A Special Message from Collier Research Corporation

HyperSizer Products

	Pro: All the functionality of HyperSizer Basic™, plus coupling with FEA for system level analysis and automatic FEM resizing. Perform advanced statistical optimization and find multiple robust optimum solutions for manufacturing producibility review. Plug-in your own analysis software to supplement HyperSizer's methods and have their results integrated with and graphically displayed in the interface.

	Basic: All the functionality of HyperSizer Material Manager™, plus stress analysis and detailed design sizing optimization of all material types for 50 different stiffened and sandwich panels and open cross section beams. Apply general edge loadings and/or boundary conditions through the Free Body Diagram GUI, and solve for the resulting stresses and structural integrity.

	Material Manager: Provides interactive graphics for managing metals, foams, honeycomb cores, ply tapes and fabrics. Build composite laminates with any arbitrary stacking of materials. Calculate [A,B,D] stiffness and thermal terms and equivalent orthotropic properties. Graph temperature dependencies, failure envelopes, and stress/strain profiles interactively.

Product Categories of Collier Research Corporation

Auxiliary processing equipment, repair equipment, and supplies

Auxiliary processing equipment

CAD/CAM/CAE hardware/software

Testing, gauging, monitoring, analytical equipment and software

Modeling/simulation/virtual testing software

Thermal analysis instruments

Design, testing, consulting, other services

CAD/CAM/CAE design

Education/Training

Finite element modeling/analysis (FEM/FEA)

Materials analysis

Product design

Consulting

Consulting, materials

Consulting, process development

Testing

Testing, materials

Testing, structural

As seen in Print

Composite Crew Module passes critical NASA tests
Collier Research's HyperSizer structural sizing and composite analysis software accurately predicted the CCM's successful performance under simulated flight conditions.
Optimizing the Ares V payload shroud
Sizing software allows rapid analysis of candidate composite architecture for highly loaded and weight-sensitive launch vehicle component.
Aircraft simulation gets composites aware
Rapid software evolution enables faster, better virtual solutions to complex composite design problems.
Sizing, optimization software updated
Collier Research has released version 5.3 of its HyperSizer software.
Software Secures Lighter, Stronger, Safer Airframe
The U.S. Air Force Research Lab (AFRL) Air Vehicles Directorate is pursuing high-speed aerospace system concepts that include the LRS (Long Range Strike) aircraft. The LRS is to fly at Mach 3.5 and is in the concept definition stage, planned for military utility in the 2020+ timeframe. The lab's goals are to
Composite Optimization
Collier Research Inc. (Hampton, Va.) has released HyperSizer v4.8 with new capabilities, including Test Driven Reliability Analysis (Stochastic Optimization), which provides more structural integrity (reliability) while also reducing structural weight. For convenience, users can switch between traditional
Automated Analysis
Collier Research Corp. (Hampton, Va.) has released HyperSizer v.4.7 automated structural detail analysis, local sizing optimization and weight prediction composite software. This version has new capabilities including closed cross-section beams (rectangular, circular and elliptical tube shapes), laminate-based strain
Tubular composite core stiffens launch vehicle structure
ChamberCore, an alternative to traditional sandwich laminates, also improves vibro-acoustic damping.