Research Experience for High-School Student at the University of Houston: Tropical Storm and Hurricane Dataset ||
SP-I Lab’s Report on Hurricane Beryl ||
SP-I Lab Students Presenting Our Research at UMERC 2024 ||
Research Experience for High-School Student at the University of Houston: Tropical Storm and Hurricane Dataset || SP-I Lab’s Report on Hurricane Beryl || SP-I Lab Students Presenting Our Research at UMERC 2024 ||
Welcome to the Structural Performance & Fluid-Structure Interaction (SP-I) LAB!
The overarching goal of our research is to enhance structural performance against natural hazards and develop innovative design solutions based on new structural system technologies. Our research focuses in the areas of (1) concrete and masonry structures with emphasis on the use of Ultra-High-Performance Concrete (UHPC) and High-Strength Reinforcing Bars (HSRBs), and (2) fluid-structure interaction (FSI) with emphasis on the resilience of nearshore structural systems and innovations in offshore infrastructure, such as wave energy converters.
Target outcomes of our research are (1) the development of new structural technologies and the advancement of code provisions to promote innovation in engineering practice; and (2) the emergence of future engineers who will acquire the necessary interdisciplinary thinking to address climate-change-driven challenges related to coastal and offshore infrastructure.
Direct tension test of lap-splice length for Grade 80 bars in a structural clay brick wall
Video excerpts from our recent research studies
Universal Panel Tester @ UH
ALE-SSM: Modeling impact of water column on a flexible cantilever