Poster Presentations

Towards Zero-Waste Timber Construction: Turning Cross-Laminated Timber (CLT) Offcuts to Discrete Timber Plate Assemblies
Amin Adelzadeh | Bremen University of Applied Sciences HSB
Architecture, Masters

Built to Circulate: Deconstruction and Reuse of Mass Timber Buildings for Circular Economy
Namhyuck Ahn | Oregon State University
Wood Science and Engineering, Doctorate

Durability of Soft Wood Mass Timber Structures in Tropical Climates
Ana Belizario | Universidade de São Paulo – USP
Building Technology – Architecture and Urbanism School, Masters

Work Smarter, Not Harder: Where To Place Mass Timber in Buildings To Achieve Lower Embodied Carbon
Christina Bjarvin | University of Washington
School of Environmental and Forest Sciences, Masters

Modular Cross Laminated Timber Structures from Underutilized Ponderosa Pine — A Prototype Study
Sujit Bhandari | Oregon State University
Wood Science and Civil Engineering, Doctorate

Applicability, Usefulness and Accessibility of Monitoring Data of Mass Timber Buildings
Emily Davis | College of Engineering
Architectural Engineering, Bachelors

Experimental Testing of Moisture Impact on Cross Laminated Timber
Jake Deats | Fay Jones School of Architecture and Design, University of Arkansas
Architecture, Bachelors, Doctorate

Building Life Cycle Assessment of a Mass Timber Structure: A Case Study of the MSU STEM Teaching and Learning Facility
Shreya Parameshwar Garad | Michigan State University
Construction Management, Masters

Post-Tensioning Losses in Mass Timber Wall Panels
Jacob Gesh | Oregon State University
Civil Engineering and Wood Science, Masters

Structural CLT Panels Made by Ponderosa Pine Lumber Harvested from Restoration Programs
Sina Jahedi | Oregon State University
Wood Science and Engineering, Doctorate

Modeling Assumptions for High-Rise Mass Timber Modular Buildings With Hybrid Materials for Lateral Force-Resisting Systems
Juan Zambrano Jaramillo | Oregon State University
Civil Engineering, Doctor of Philosophy, Doctorate

Shake-Table Testing of a Full-Scale Six-Story Mass Timber Structure
Steven Kontra | Oregon State University
Architecture, Masters

Linking Transforming the Building Sector and the Forest for the Future — Case of Beijing
Guido Kuchelmeister | University of Goettingen
Tropical Forestry and Agriculture, Doctorate

Cradle-to-Cradle Life Cycle Analysis of Mass Timber Building Disassembly and Reuse
Shaghayegh Kurzinski
State University of New York, ESF
Sustainable Construction Management & Engineering, Doctorate

Finite-Element Modeling of Timber-Concrete Composite Floors in Fire
Julie Liu l Oregon State University
Civil and Construction Engineering, Doctorate

Deformation Compatibility Tests of Glue Laminated Beam-to-Column Connections
Haley Madland l Oregon State University
Civil Engineering, Masters

Structural Hazards of Smouldering Fire in Timber Buildings
Harry Mitchell l Imperial College London
Mechanical Engineering, Doctorate

Withdrawal of Self-Tapping Screws from Mass Timber Panels
Ian Morrell l Oregon State University
Civil Engineering and Wood Science, Doctorate

Shear Connectors with Cross Laminated Timber and Steel
Calin Nelson | University of St. Thomas
Civil Engineering, Bachelors

Mass Timber Diaphragm Design for a Three-Story Building Using SPDWS and Finite Element Validation
Gustavo Orozco | Oregon State University
Civil Engineering and Wood Science, Doctorate

Milling Tenons on GLT Beams Using an Industrial Robot and a Joinery Machine — Comparison Based on Surface Quality and 3D Scans
Marc Pantscharowitsch | Univ. of Natural Resources and Life Sciences Vienna (BOKU)
Doctoral School Build.Nature, Doctorate

Vertical Folded Plate: Simulated Architecture with Mass Timber and Faceted Space
Nicholas Peruski | Lawrence Technological University
Architecture, Masters

Direct Displacement-Based Design of Post-Tensioned Timber Shear Walls With Dissipative Systems
Patricio Uarac Pinto | Oregon State University
Civil Engineering and Wood Science, Doctorate

Numerical Modeling of a Three-Story Building with a Mass Timber Wall and Vertically-Oriented Buckling-Restrained Braces
Gustavo A. Araujo R. | Oregon State University
Civil Engineering and Wood Science, Doctorate

Prototype Method for Evaluating Fire Behavior of CLT Floor-to-Wall Connections
James Aaron Redus | Oregon State University
Engineering and Wood Science, Masters

Fluorescence Spectrometry to Quantify Percent Wood Failure in Adhesive Bonds
Talbot Rueppel | Oregon State University
Wood Science and Engineering, Masters

Life Cycle Cost Analysis of cross Laminated Timber in Volumetric Construction
Arezou Sadoughi | Appalachian State University
Building Science – Construction Management, Doctorate

LCA Comparison Between Mass Timber and Steel Buildings
Jacob Seddelmeyer | Fay Jones School of Architecture and Design, University of Arkansas
Architecture, Bachelors, Doctorate

Designing a Sustainable Building with Dowel Laminated Timber
Hannah Sinclair | University of North Dakota
Civil Engineering, Bachelors

A Low-Damage Friction Damper for Cross-Laminated Timber Rocking Walls
Arman Tatar | Michigan Technological University
Structural Engineering, Doctorate

Effect of Drying Rate on Moisture Performance of Cross Laminated Timber (CLT) Connections
Kenneth Udele | Oregon State University
Wood Science, Doctorate

XX-Lam
Jacob Urban | University of Nebraska – Lincoln
Architecture, Masters

Design of Dowel Laminated Timber and Concrete Composite Slabs
Eric Wiken | University of North Dakota
Civil Engineering, Masters

A Comparison of Cross-Laminated Timber (CLT) Wall Panels using Finite Element Analysis and Experimental Fire Testing
Muhammad Yasir | Munster Technological University, Ireland
Structural Engineering, Research Masters