Technical Reports

Prior to 1995 technical reports were numbered sequentially. Beginning in 1995 technical report numbers include the year of publication. Full electronic publication is still a goal for us so not all reports are available in PDF format (yet). All technical reports are © The University of Iowa as of the date of their publication. Permission granted to make copies of these technical reports for individual, non-commercial use. All other rights reserved.

NOTE: some technical reports are large and may take some time to download.

• R03-01: Dynamic Simulator Technical Description; Gerling, Thomas, Weissman
  
• R99-07: Design Potential Concept for Reliability-Based Design Optimization; Tu, Choi
  
• R99-05: Design Sensitivity Analysis and Optimization of Transient Dynamic Response of Nonlinear Structures with Elastic-Plastic Material and Large Deformation; Cho, Choi
  
• R99-04: A Stabilized Conforming Nodal Integration for Galerkin Meshfree Methods; Chen, Wu, Yoon, You
  
• R99-01: Shape and Topology Design Sensitivity Analysis and Optimization of Joining Mechanism Using Doubly-Curved Shell; B.S. Choi, Park, K.K. Choi
  
• R97-02: A Performance Measure Approach in Reliability-Based Structural Optimization; Tu, Choi
  
• R97-01: Reliability and Durability Based Design Sensitivity Analysis and Optimization; Yu, Choi, Chang
  
• R96-10: Robust Design Using Second-Order Shape Design Sensitivity Analysis; Chen, Choi
  
• R96-08: A Simulation-Based Design Approach for Concurrent Engineering; Choi, Chang, Wang, Tsai, Steele
  
• R96-07: Second-Order Shape Design Sensitivity Using P-Version Finite Element Analysis; Hwang, Choi, Chang
  
• R96-06: Shape Design Sensitivity and Optimization Using P-Version Design Modeling and Finite Element Analysis; Hwang, Choi, Chang
  
• R96-03: Modeling the Trackball as a Rapid Aimed Movement Device; Zellers, Buck
  
• R95-10: Shape Design Sensitivity Analysis and Optimization of Elastic Solids Using P-Version Finite Element Method; Hwang, Choi, Chang
  
• R128: An Integrated CAD/CAE System for Tracked Vehicle Design and Evaluation; Wu, Ciarelli, Koppes, Calbeck, Standefer, and Smuda