Focus Areas: Sustainable Structures

The mission of the Sustainable Structures group is the advancement of scholarship in structural, and materials engineering within the context of education, sustainability and service to the global civil society. 

Laboratories:

The Structural Engineering Teaching and Research Laboratory (SETRL) is housed within the Department of Civil and Environmental Engineering. This facility provides a unique environment where faculty and students, both undergraduate and graduate, work together to perform tests on a variety of full-scale and component size infrastructure elements. 

Capabilities and Equipment:  

  • Materials Characterization Laboratory
    • Two MTS Universal Testing Machines with a Load Capacity of 110 and 22 kip
    • Charpy Impact Tester
    • 600 kip Forney Compression Testing Machine
    • Freeze-Thaw Chamber (ASTM C666 compatible)
    • ChemGrout Colloidal Grout Pump
    • Moisture Curing Room

  • Structural Testing Laboratory
    • MTS Hydraulic System with 3-146 kip actuators and 2-35 kip actuators
    • Reaction Wall
    • Reaction Floor
    • Multiple Reaction Frames
    • 25 Ton Overload Crane
    • 400 kip Self Reacting Test Frame
    • Environmentally Controlled Testing Room
    • Data Acquisition Systems

  • Machine Shop

Recent Research Projects and Sponsors

"Development of an Effective Air Entrained Grout Enriched Roller Compacted Concrete,” Schnabel Engineering.

“Evaluation of Flexural Creep of Laminated Veneer Lumber,” Boise Cascade Building Materials.

"Evaluation of Concrete and Mortars for Partial Depth Repair,” Minnesota Department of Transportation.

"Critical Chloride Levels for Post-Tensioning Grout,” Sika Corporation.

"NEESR-CR: Unbonded Post-Tensioned Rocking Walls for Seismic Resilient Structures,” National Science Foundation (subcontract to Iowa State University).

Selected Publications

Yost, J. R., Harrington, T., J., Pote, J., Gross, S. P., and Dinehart, D. W. (2014). “Experimental Investigation of Steel Joist Design for Ductile Strength Limit State,” AISC Engineering Journal, First Quarter, pp. 1 - 19.

Yost, J. R., Radlinska, A., Ernst, and S. Salera, M. (2013). “Structural Behavior of Alkali Activated Fly Ash Concrete. Part 1: Mixture Design, Material Properties and Sample Fabrication,” Springer Journal of Materials and Structures, Vol. 46, Issue 3, pp. 435-447.

Yost, J. R., Radlinska, A., Ernst, S. Salera, and M, Martignetti, M. (2013). “Structural Behavior of Alkali Activated Fly Ash Concrete. Part 2: Structural Testing and Experimental Findings,” Springer Journal of Materials and Structures, Vol. 46, Issue 3, pp. 449-462.

Yost, J., Dinehart, D., Hoffman, R., Gross, S., and Callow, M. (2012). ”Experimental and Analytical Investigation of Service-Load Stresses in Cellular Beams.” Journal of Engineering Mechanic,  138(8), 953–962.

Charpy Impact Tester
400 kip self reacting testing frame
Environmentally Controlled Testing Room
Rigging for specimen placement

Faculty

Eric Musselman, Ph.D. Lead
Joseph Yost, Ph.D., P.E.