AnalySwift

AnalySwift offers detailed 3D FEA accuracy in seconds not hours for multiphysics modeling of composites, including beams, plates/shells, and 3D structures.

[AnalySwift @AnalySwift_LLC]

We're now on Twitter! Please stay tuned for more news on software for efficient, high-fidelity modeling of 1D, 2D, 3D composite structures!

[AnalySwift @AnalySwift_LLC]

Visit AnalySwift at ASME's Aerospace SSDM conference this week in Long Beach, CA, to get a signed copy of Dr. Wenbin Yu's new book, Multiscale Structural Mechanics, watch AnalySwift engineer's presentations, or discuss collaboration opportunities. https://t.co/3swEOcHhsr

[AnalySwift @AnalySwift_LLC]

Penn State is advancing iVABS for design-to-production of composite rotorcraft blades by incorporating manufacturing constraints into the design process to enable more realistic blades. This project optimizes rotor blades with manufacture awareness.
https://t.co/4PLzhg5gjS

[AnalySwift @AnalySwift_LLC]

CompositesAI one of 33 finalists in 2026 JEC Composites Innovation Award competition. Developed by AnalySwift and Purdue, it is an AI-powered expert system that consolidates certified composites knowledge and simulation tools via LLMs, with an AI agent. https://t.co/auXB34INRz

[AnalySwift @AnalySwift_LLC]

AnalySwift CTO and Purdue professor, Dr. Wenbin Yu, has published a book introducing his new, top down approach to multiscale structural mechanics- a practical, unified approach bridging micromechanics and structural mechanics with clarity and rigor.
https://t.co/8IqXikeR5g

[AnalySwift @AnalySwift_LLC]

AnalySwift, a leader in simulation software for advanced materials and structures, is pleased to be a Platinum Sponsor of ASME's 4th Annual Aerospace Structures, Structural Dynamics, and Materials Conference (SSDM) in Long Beach, California, June 8-10.
https://t.co/M3LJeFbumU

[AnalySwift @AnalySwift_LLC]

A new publication on fatigue delamination in composites is now available. By AnalySwift Senior Research Scientist Dr. Liang Zhang and collaborators, it is on machine learning–aided cohesive zone modeling (CZM) for fatigue delamination.
https://t.co/tdjSPvIwwi

[Purdue Innovates @PurdueInnovates]

.@AnalySwift_LLC, a composite simulation software provider, and a @LifeAtPurdue engineer have created an AI platform to help users develop composite materials and structures without in-depth jargon or knowledge: https://t.co/PkPwJv9Sn0

[AnalySwift @AnalySwift_LLC]

A new AI platform, CompositesAI, by Purdue and AnalySwift allows users to design/analyze composite materials, structures without requiring in-depth technical jargon or knowledge. Designers, engineers can use the free platform at https://t.co/5eZpgsICle.
https://t.co/iKNKWhGnbN

[AnalySwift @AnalySwift_LLC]

AnalySwift is excited to sponsor creation of the CompositesAI platform, (highlighted yesterday in a workshop at the American Society for Composites conference). It is now available on LinkedIn. We are collaborating with Purdue University and Indiana's ARI.
https://t.co/XRbpvI9bWo

[AnalySwift @AnalySwift_LLC]

Seoul National University is using the VABS software to design rotor blades for urban air mobility (UAM) and other rotorcraft, performing cross-sectional design to achieve the desired vibration characteristics for the rotor blades with a gimballed hub. https://t.co/8WFL3JeZVf

[AnalySwift @AnalySwift_LLC]

Florida International University leverages VABS to optimize aerospace structures, including wings and antennas. FIU conducts research to identify optimal configurations to maximize longevity, enhance safety, and expand function.
https://t.co/oi8jZg1IeB

[AnalySwift @AnalySwift_LLC]

Please visit AnalySwift's presentations at ASME's Aerospace Structures, Structural Dynamics, and Materials Conference (SSDM) Conference. Topics range from Characterization of elastic properties of self-similar hierarchical structures to AI-assisted design.
https://t.co/EReZNmoTs3

[AnalySwift @AnalySwift_LLC]

AnalySwift, a leader in simulation software for advanced materials and structures, is pleased to be a Platinum Sponsor of ASME's 3rd Annual Aerospace Structures, Structural Dynamics, and Materials Conference (SSDM) in Houston, Texas, May 5-7, 2025.
https://t.co/nQih4Hghok

[AnalySwift @AnalySwift_LLC]

Please join AnalySwift at JEC World 2025 in Paris. The event is for the global composites community. AnalySwift is exhibiting simulation software for composite materials and structures. Please visit AnalySwift March 4-6, 2024, in Hall 6 Booth Q52.

https://t.co/S0H405SsRb

[AnalySwift @AnalySwift_LLC]

AnalySwift received a new @NASA contract to improve spacecraft infrastructure for secondary uses for long-duration missions and improve simulation of thermoplastic composites. The company will work with long-time partner, Purdue University.
https://t.co/OgczAfD1V3

[AnalySwift @AnalySwift_LLC]

AnalySwift's CTO, Wenbin Yu, received two significant honors this week at the American Society for Composites (ASC) 39th Annual Technical Conference in San Diego. He was named both Fellow and Outstanding Researcher by the ASC last week.
https://t.co/IdmMLFeaFl

[AnalySwift @AnalySwift_LLC]

New Version of VABS; ASME/Boeing Best Paper Award - https://t.co/yUY60zu1pk

[AnalySwift @AnalySwift_LLC]

AnalySwift is pleased to announce the release of VABS 4.1, the latest iteration of its popular modeling tool for composite slender structures, particularly rotor blades (helicopter, air mobility, eVTOL, UAV, propeller), wind turbine rotor blades, etc.
https://t.co/TMqoV2VCPc

[AnalySwift @AnalySwift_LLC]

AnalySwift researchers and our partners were recently awarded the prestigious Boeing Structures and Materials Award by the American Society of Mechanical Engineers (ASME), recognizing our work in life prediction of aerospace composites.
https://t.co/cm30UPOpOJ

[AnalySwift @AnalySwift_LLC]

AnalySwift's new DATC simulation technology was featured in JEC Composites Magazine, demonstrating a design tool to address a critical gap in simulation capabilities for next-gen space materials (tailorable/tow-steered composites, hybrid systems, etc.).
https://t.co/oqa8E6ZyOk