John bolander uc davis. engineering. Bolander Jr. edu (530) 752-1979 Biography Dr. E. edu Concrete materials and structures life-cycle simulation Professor at UC Davis · Experience: UC Davis · Location: Davis · 38 connections on LinkedIn. ucdavis. , and Bolander, J. Professor Department of Civil and Environmental Engineering 3121 Ghausi Hall University of California One Shields Avenue Davis, CA 95616 Email: jebolander at ucdavis. Application areas . , Nagai, K. , Ph. John Bolander Civil and Environmental Engineering, University of California, Davis Verified email at ucdavis. Application areas John Bolander at the University of California, Davis (UC Davis) in Davis, California has taught: ENG 035 - Statics, ECI 135 - Struc Design: Concrete, ENG 104 - Mech of Materials, ENG 104L - Mech Of Material Lab, FRS 001 - First-Year Seminar. View John Bolander’s profile on LinkedIn, a professional community of 1 billion members. He has been a pioneering developer of discrete methods for the modeling concrete materials, including fiber-reinforced cement composites. edu/bolander/ 3121 Ghausi Jul 31, 2025 · John Bolander Professor Civil and Environmental Engineering 530-752-8226 jebolander@ucdavis. edu https://faculty. Journal Publications –Kanazawa, T. John Bolander is a professor in the Civil Engineering department at University of California Davis - see what their students are saying about them or leave a rating yourself. John Bolander Professor Civil and Environmental Engineering 530-752-8226 jebolander@ucdavis. edu/bolander/ 3121 Ghausi Dec 5, 2020 · Dr. John BOLANDER | Cited by 3,015 | of University of California, Davis, California (UCD) | Read 120 publications | Contact John BOLANDER Dec 5, 2020 · Dr. Jul 31, 2025 · John Bolander Professor Civil and Environmental Engineering 530-752-8226 jebolander@ucdavis. edu/bolander/ 3121 Ghausi UC Davis College of Engineering Kemper Hall Undergraduate and Advising Office engugrad@ucdavis. D. edu Phone: (530) 752-8226 Research Computational concrete engineering; Seismic analysis and design; Cement-based composites; Nondestructive testing; Material and structural design optimization. John E. , “Optimization-based analysis of diagonal tension failure of reinforced concrete dapped-end beams,” Journal of Structural Engineering, ASCE 2024 (accepted – in press). Bolander’s research interests involve the effective use of high-performance materials within the civil infrastructure, with emphasis on the life-cycle performance of concrete materials and structures under various loading conditions. yltfcx pomkl fgsr mcm fdykqkb pyf dal fdb vie chnoxb