Thomas Burnham
  612/271-4875

Active Projects
Completed Projects
TitleYearReport #Researcher
NRRA: Performance of Concrete Overlays over Full Depth Reclamation2023NRRA202301
Akakin
NRRA: Enhanced Entrained Air Void System Characterization for Durable Highway Concrete2022NRRA202204
Torres
NRRA: Performance Benefits of Fiber-Reinforced Thin Concrete Pavement and Overlays2021NRRA202106
Barman
NRRA: Solutions to Mitigate Dowel and Tie-Bar Propagated Cracking - Phase 12020N/ARao
NRRA: Incorporation of Joint Faulting Model into BCOA-ME2020N/AVandenbossche
Development of an Improved Design Procedure for Unbonded Concrete Overlays20202020-08
Khazanovich
Portland Cement Concrete Pavement Thickness Variation Versus Observed Pavement Distress20162016-30
Khazanovich
Predicting Environmental Effects on Concrete Pavements20112011-16
Hiller
Development of Design Guide for Thin and Ultra-Thin Concrete Overlays of Existing Asphalt Pavements20112011-25
Vandenbossche
Improving the Quality of MnROAD Pavement Temperature Data20102010-26
Barnes
Developing a Computer Program to Select Peak Dynamic Sensor Responses from Pavement Testing20072007-49
Tewfik
Adaptation of the 2002 Guide for the Design of Minnestoa Low-Volume Portland Cement Concrete Pavements20072007-23
Khazanovich
Performance Testing of Experimental Dowel Bar Retrofit Designs Part 1 - Initial Testing20042004-17A
Snyder
Performance Testing of Experimental Dowel Bar Retrofit Designs Part 2 - Repeatability and Modified Designs20042004-17B
Snyder
Minne-ALF Project Overview and Retro-Fit Dowel Study Results20002000-02
Snyder