Taylor Devices Is Proud To Have Been Part Of The Artemis II Mission
Taylor Devices supplied critical components to NASA for the Artemis II mission. We are honored to have been part of the mission and want to thank our entire team for making us exceptional.
Taylor Devices Announces Third Quarter Results
Read the latest press release with results from the 3rd quarter of fiscal year 2026.
A New Era of Innovation Begins at Taylor Devices with the Alan Klembczyk Development Lab
Taylor Devices has established an in-house development lab that brings together dedicated engineering, expert machining, advanced CNC equipment, and high-performance 3D printing.
2025 Year in Review
Our 70th year proved to be another exceptional period for the Company, marked by record-high sales and continued operational excellence.
Taylor Devices Announces Second Quarter Results
Read the latest press release with results from the 2nd quarter of fiscal year 2026.
BAE Awards Taylor Devices, Inc. 2025 Gold Medallion
Taylor Devices, Inc. received a BAE Systems Partner2Win Gold medallion for their exceptional performance and commitment to operational excellence. Their contributions to supply chain success helped BAE Systems ensure quality deliveries to customers.
Taylor Devices Announces First Quarter Results
Read the latest press release with results from the 1st quarter of fiscal year 2026.
125. Seismic Performance and Resilience Comparison of Three Designs of a Hypothetical 6-Story Steel Building in Los Angeles: Special Moment Frame (SMF), Base Isolated SMF, and SMF with Viscous Dampers
This paper studies the seismic performance and resilience of three different designs of a hypothetical six-story steel building located at a near-fault site in Los Angeles, California. The three lateral seismic resistance systems evaluated satisfy the requirements of ASCE 7-22 and are: (i) fixed-base Special Moment Frame (SMF or FB-SMF); (ii) SMF base isolated with triple friction pendulums isolators (BI-SMF); and (iii) SMF with fluid viscous dampers (SMF-VD). All three buildings are designed to satisfy the minimum requirements of ASCE 7 for a Risk Category II building.
124. An Examination of Interactions Between Fluid Viscous Dampers and Diaphragms – Developing Approximate Methods for Use with Linear Design Methods
This paper explores the interactions between the forces generated by FVDs and diaphragm inertial demands. An expansive
archetype design space of steel moment frames with supplemental damping was developed with designs that follow the
Taylor Damped Moment Frame prescriptive method in alignment with ICC-ESR 4769.
Taylor Devices Announces Record High Fourth Quarter and Full Year Sales and Profit for Fiscal Year 2025
Read the latest press release with results from the 4th quarter of fiscal year 2025.