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AnalySwift receives NASA STTR contract to enable second-use spacecraft infrastructure

Together with Purdue, AnalySwift aims to develop a composite heater layer and a novel software tool or module to achieve assembly, disassembly of thermoplastic composite joints in space during long-duration missions.

AnalySwift receives $800,000 contract to improve composites simulation

The Phase II STTR contract from NASA, adding on to the company’s two Phase I programs in 2022, enables AnalySwift to develop and release DATEC, a design tool for engineers to design and analyze tailorable composite structures.

Brazilian university leverages Swiftcomp simulation software for composites

The Federal University of Paraiba is studying composites with spherical inclusions of silicon carbide and aluminum matrix, aided by AnalySwift’s composites simulation code.

Inha University incorporates SwiftComp simulation software to virtually test composites

AnalySwift’s SwiftComp tool aims to mitigate the burden of costly experiments and enable accurate testing of woven and braided composite structures.

AnalySwift sponsors SAMPE 2023 Student Bridge and Fuselage Contests

The annual competitions offer students the opportunity to design, build and test composite structures with free access to VABs and SwiftComp composite simulation software.

Second NASA contract received by AnalySwift progresses high-fidelity composites design tool

Research funded at Purdue University, University of Texas at Arlington will produce a computer tool to exploit tailorable composites, hybrid material systems for a variety of broad applications.

AnalySwift, Purdue conduct research on design tool for tailorable composites use in space

Development and testing of the novel design tool will help industry exploit the potential of tailorable composites for designing better lightweight structures in space and on the ground.

AnalySwift improves simulation of composite helicopter, air mobility blades and other slender structures

VABS 4.0 now enables users to evaluate cross section strength and safety under given loads.

University of Illinois Chicago leverages SwiftComp software to improve understanding of porous coatings

Software to accelerate development and adoption of new composite materials for manufacturing by predicting effects of porosity level on strength.

U.S. Air Force funds effort to improve composite rotor blade design analysis capabilities for AAM

AnalySwift partners with Weber State, BYU, UAMMI and Hexcel for materials research, qualification and to extend VABS’ capabilities to AAM blades for a user-friendly and highly rigorous simulation framework.

NASA provides $45 million boost to U.S. small businesses

Three-hundred and sixty five small business proposals were selected for SBIR and STTR programs based on technical merit and commercial potential, including six composite companies.

AnalySwift and University of Central Florida work with NASA to develop thin-ply composites

Materials will be characterized and performance modeled for wide array of aircraft and space applications.

ElectraFly, AnalySwift win U.S. Air Force STTR grants

Winning concept proposals include CBAM fabrication of aircraft parts, use of an infusion process for larger parts and development of an integrated computational blade engineering (ICBE) framework.

Concordia University leverages Swiftcomp VABS software

The university is using AnalySwift’s simulation software as part of the company’s Academic Partner Program to research composite tubes, particularly those used in helicopter landing gear.

Dalian University participates in AnalySwift Academic Partner Program

Dalian University of Technology uses Swiftcomp software to calculate the effective mechanical properties on morphing honeycomb and corrugated sandwich structures.

AnalySwift launches VABS software on Altair Partner Alliance platform

VABS software enables cost-effective simulation for composite rotor blades, tubes and other slender composite structures.

Simulation software leveraged for rotor blade project

Seoul National University uses Analyswift’s composite simulation software, VABS, for more accurate design and analyses in the university’s experimental evaluation of a SNUF rotor blade.

AnalySwift receives NASA grant to improve design of composite deployable structures

The $125,000 grant will further development of SwiftComp software to improve modeling and design for deployable structures built from high-strain composites.

Carleton University leverages VABS software for helicopter blade simulation

As part of AnalySwift LLC’s Academic Partner Program, Carleton University is working on new comprehensive software to simulate helicopter blade tasks.

Beijing Institute of Technology leverages SwiftComp for composites research

The university is using AnalySwift’s simulation software as part of the company’s Academic Partner Program.

AnalySwift launches academic partner program for composites simulation software

Through its Academic Partner Program, AnalySwift now offers universities no-cost licenses for its SwiftComp and VABS tools for academic research.

Opterus R&D licenses AnalySwift's SwiftComp modeling software

SwiftComp is a general-purpose multiscale modeling code that enables users to perform efficient and accurate modeling of composites.

High strain composites for satellite applications

Carbon fiber takes deployable satellite mechanisms to new heights.

People on the Move: May 2018

CW’s monthly roundup of people on the move in the composites industry.

New Products: April 2018

CW’s monthly roundup of new products for the composites industry.

New preprocessor available for VABS composite blade simulation software

AnalySwift, provider of high-fidelity modeling software for composites and other advanced materials, says a new preprocessor called PreVABS is now available to VABS users.

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