Chung Song, Ph.D. AE, M. ASCE
- Ph. D. in Civil Engineering, Louisiana State University
- MSc. in Civil Engineering, The University of Texas at Austin
- BS in Civil Engineering, Yonsei University, Seoul, Korea
- 30% teaching, 60% research, 10% service
- Evaluation of physical and mechanical behavior of soils
- Combining noble theories to solve real field problems such as bridging nano-particulate-continuum mechanics, implementation of acoustic techniques in subsoil exploration, the behavior evaluation of geotechnical structures, soft soil improvement, constitutive relations of geo-materials, simulation of saturated/unsaturated soils using coupled theory of mixtures, numerical modeling, calibration chamber testing, soil dynamics, soil-structure interaction, in situ and laboratory testing, geotechnical instrumentations, and pavement related geotechnical engineering.
- Coupled theory of Mixtures
- Plasticity
- Soil Dynamics
- Advanced Foundations
- Advanced Soil Mechanics
- Field Instrumentation and Measurement in Geotechnical Engineering
- Foundation Engineering
- Soil Mechanics
- View the Undergraduate Course Catalog
- View the Graduate Course Catalog
- Chung Song worked in many national and international projects, while working for Sun Jin Engineering Co. Ltd. and Daewoo Engineering Co. Ltd. from 1988 to 1996, as a senior design and field geotechnical engineer. Chung Song obtained PE qualification in Korea. He has published approximately 150 technical articles, three book chapters and two books. He was invited as a guest lecturer for Korean Geotechnical Society, in geotechnical instrumentation and soft soil improvement areas. In August 1996, he joined the graduate program at Louisiana State University and defended his dissertation at 1999. After his Ph. D. degree, Dr. Chung R. Song worked for Sambo Engineering Co. Ltd. as a director of Tunnels and Infrastructure Division. In 2001 Dr. Chung Song was qualified as an APEC Engineer that is an international professional engineer recognized in more than 20 countries that include US. Currently, Dr. Chung R. Song teaches geotechnical engineering at The University of Nebraska as an associate professor. Chung R. Song also taught geotechnical engineering at The University of Mississippi from 2004 to 2015.
Ten Industry Experience
2001.5 – 2002.8 Sambo Engineering Seoul, Korea
Due Diligence Work for CheonAhn-Nonsan Expressway
- Role: Chief Project Engineer
- Project Summary: This project is a due diligence work for an Expressway. The client is a Black & Veatch International. This project includes the slope stability analysis, tunnel analysis, and foundation analysis.
2001.5 – 2001.8 Sambo Engineering Seoul, Korea
Basic Design of Seoul-Chuncheon Expressway
- Role: Chief Geotechnical Engineer
- Project Summary: This project is a basic design of a Highway for Hyundai Development Co.(Korea) and Bouygues (France). Total length is 58 km. This project includes the geotechnical investigation, slope design, tunnel design, and foundation design. Official language for the project is English.
2001.4 – 2001.5 Sambo Engineering Seoul, Korea
Turn Key Design of SungNam – Janghowon Expressway
- Role: Chief Geotechnical Engineer
- Project Summary: This project is a design for Turn Key project that includes detail geotechnical investigation, cost estimation and design of expressway.
2001.2 – 2001.4 Sambo Engineering Seoul, Korea
Turn Key Design of Seoul Subway 911
- Role: Chief Geotechnical Engineer
- Project Summary: This project is a detail design for Turn Key construction of Seoul Subway Line 9, sector 11. It includes the geotechnical investigation, cost estimation, and detail design of deep excavation and tunnels
2001.1 – 2001.4 Sambo Engineering Seoul, Korea
Detail Design of Changsung Tunnel
- Role: Chief Geotechnical Engineer
- Project Summary: This project includes detail design of Changsung Tunnel.
1995 – 1996 Daewoo Engineering Co. Seoul, Korea
Planning, design, construction, instrumentation, monitoring and analysis of the trial compaction of the hydraulic fill materials of New Seoul International Airport
- Role: Chief Field Engineer/Senior Engineer
- Project Summary: This project is a second pilot project for the testing, evaluation, and recommendation of best compaction method for the new airport (for the next generation super-sonic aircraft) that is going to be constructed on the hydraulic filled man-made island.
1994 – 1996 Daewoo Engineering Co. Seoul, Korea
Field instrumentation, monitoring and analysis of the test fill of New Seoul International Airport
- Role: Chief Field Engineer/Senior Engineer
- Project Summary: This project is the first pilot project (test fill) for the testing, evaluation, and recommendation of the best soft soil improving method for the clayey soft soils of the new airport that is going to be constructed on the hydraulic filled man-made island. Fully automatic field measurement and real time analysis were carried out.
1993 – 1994 Daewoo Engineering Co. Seoul, Korea
Ground improvement design of landside of New Seoul International Airport
- Role: Geotechnical Engineer/Senior Engineer
- Project Summary: This project is a ground improvement design project for the land side of the new airport. Wick drains and sand pack drains were designed.
1992 – 1993 Daewoo Engineering Co. Seoul, Korea
Ground improvement design of Kunsan Daewoo Motor Vehicle Company (Dynamic compaction of hydraulically filled materials)
- Role: Geotechnical Engineer/Project Coordinator
- Project Summary: This is a ground improvement design for the loose sand deposits. Dynamic compaction with de-watering technique was selected. The construction supervision was also included.
1991 – 1992 Daewoo Engineering Co. Seoul, Korea
Safety evaluation of Samrangjin pumped power storage dam
- Role: Geotechnical Engineer/Project Coordinator
- Project Summary: This is a safety evaluation of cracked dam body of a pumped power storage dam. Finite element simulation, laboratory tests data, and instrumentation data were used for the analysis. It was concluded that the water level should not exceed a certain limit.
1991 – 1991 Daewoo Engineering Co. Seoul, Korea
Safety evaluation of back hill slopes of Daewoo Precision Company
- Role: Geotechnical Engineer
- Project Summary: This is a investigation of the failure mechanism of the a slope and design of the counter measure for slope stabilization. Failure mechanism was turned out to be the broken ditch at the top of the slope, and the counter measure was designed as the combination of stabilizing anchors and flexible ditches at the top
- School of Engineering, Outstanding Faculty Member of the Year, (Feb. 2011)
- School of Engineering, Teaching Award (University of Mississippi, Apr. 2009)
- Distinguished Dissertation Award (Louisiana State University, Sept. 2000)
- Michael A. Clause Awards (for outstanding graduate student) (Spring, 2000)
Development of a Traffic Noise Barrier Using Active Noise Reduction Technique – Current, PI, EnE Construction Co. Ltd. $153,644, Jul. 2013 – Jun. 2016
Developing a Technique for Real Time Dam Safety Evaluation and Field Feed-Back – Complete, PI, Rural Research Institute of Korea Rural Community Corporation, $28,000, Jul. 2013 – Nov. 2013
Earthquake and Piping Hazard Assessment for DeSoto, Tunica, Coahoma and Tate County, Mississippi – Complete, PI, MEMA/MMRI, $39,893, Apr. 2011 – Apr. 2014
Nano-Enhanced and Bio-Inspired Composite Materials for Mitigation and Protection of TIH railcars and Stationary Tanks against High Power Impact – Complete, Co-PI, DHS/SERRI, $1,001,970.00, May, 2010 to May, 2012
Structural, Material, and Geotechnical Solutions to Levee and Floodwall Construction and Retrofitting - Complete, PI, DHS/SERRI, $1,959,537.00, Nov. 2007 – Dec. 2010
Real time estimation of soil permeability using Piezocone Penetration Test – Complete, PI, Korea Land and Housing Corp/Baytech Korea, $50,000, Nov. 2004 to Dec. 2007
Construction of Design chart for determination of hydraulic conductivity using pore pressure response of soils – Complete, PI, UM, $7,416, Jan. 2005 – Dec. 2005
Nanotechnology: Modeling of Polymer-Carbon Nanotubes Composites at Multiple Spatial and Time Scales – Complete,Co-PI, NASA-EPSCOR, $25,000, Jan. 2005 – July, 2005
Estimation of hydraulic conductivity using acoustic techniques, - Complete, PI, Baytech Korea, $20,605, Jul. 2004 – Jun. 2005
Recent 10 Publications
S. Adhikari, C.R. Song and A.H.-D. Cheng (2014), “Anisotropic analysis of I-walls in New Orleans,” Marine Georesources and Geotechnology, in press
C.R. Song, S. Adhikari and J.T. Kidd (2013), “Self Sealing Bentonite Strip – an Effective Method to Prevent Gap Development for Floodwalls in New Orleans,” International Journal of Geotechnical Engineering, in press
Sudarshan Adhikari and Chung R. Song, Alexander H.-D. Cheng (2013), “Evaluation of I-wall in New Orleans with back-calculated total stress soil parameters”, Acta Geotechnica, DOI 10.1007/s11440-013-0264-1 (ISSN 1861-1125, 1861-1133)
Chung R. Song, Sudarshan Adhikari, Ahmed Al-Ostaz and Alexander Cheng, (2013), “A Reevaluation of the “Gap Formation” in New Orleans Levee System”, J. of GEED, ASCE DOI: 10.1061/(ASCE) GT.1943-5606.0001024 (ISSN 1090-0241)
S. Adhikari, C.R. Song, A. H.-D. Cheng, and A. Al-Ostaz (2012), “Anisotropic analysis of I-walls in New Orleans,” J. of GEED, ASCE, under review
ASCE/EWRI Task Committee on Dam/Levee Breaching, (2011), “Earthen Embankment Breaching”, J. of Hydraulic Engineering, ASCE, 1549-1564
J.T. Kidd, C.R. Song, A. Al-Ostaz, A. H.-D. Cheng, and W. Jang (2011), “Erosion Control Using Modified Soils,” Int. Journal of Erosion Control Engineering, 4(1), 1-9
Won, J.O., Song, C.R. Al-Ostaz A. and Cheng, A.H.D. (2011), “Evaluation of T-Wall in New Orleans Considering 3D Soil Structure Interaction,” J. of GEED, ASCE, 137(8), 731-742
Jang, W.G., Song, C.R., Kim, J.W., Cheng, A.H.-D. and Al-Ostaz, A. (2011), “Erosion Study of New Orleans Levee Materials Subjected to Plunging Water,” J. of GEED, April, ASCE,137(4), 398-404
Wu, W., Al-Ostaz, A., Cheng, A.-H.D. Cheng, Song, C.R. (2011), “Computation of elastic properties of Portland cement using molecular dynamics,” Journal of Nanomechanics and Micromechanics, ASCE, Jan, in press, will appear in Vol 138
Recent 10 Presentations
Chung R. Song, Ahmed Al-Ostaz and Alexander H.-D. Cheng (2013), “Expansive Clay Minerals and Hurricane Katrina,” 5th Biot Conference, 2013, CD Rom
Chung R. Song, Alexander, H.-D. Cheng and Ahmed Al-Ostaz (2013), “Lessons Learned from Hurricane Katrina and Retrofitting Efforts Afterward,” 2013 KGS Conference, Key Note Lecture
Song, C.R. and Voyiadjis, G.Z. (2013), "Analytical Observations of Micro-
mechanical in Plasticity for Saturated Soils," International Symposium on
Plasticity, Bamaha, CD-Rom
L.T. Wodajo, C.J. Hickey, G.J. Hanson and C.R. Song (2011), "Time-Lapse
Seismic Tomography of a Small Embankment Dam with Possible Zones of Weakness," SAGEEP 2011, Charleston, SC, CD-Room
Kidd, J.T., C.R. Song, and A.H.-D. Cheng (2012), “Enhancing Erosion Resistance of Levee by Ground Modification,” Proceedings of USSDAM 2012 Conference, New Orleans, CD-Rom
Song, C.R., Adhikari, S., Wu, W.D. and Al-Ostaz, A. (2008), “Effects of Force Fields in Simulating Nano- to Subnano- level Geo-Materials,” Proceedings of The first American Academy of Mechanics Conference
Adhikari, S., Song, C.R. and Al-Ostaz, A. (2008), “Cell Size Effects in Predicting Properties of Soils and Cement Using Quantum Mechanics and Molecular Mechanics,” Proceedings of The first American Academy of Mechanics Conference
Kim, J.W. and Song, C.R. (2008), “Acoustical Estimation of Soil Permeability,” Proceedings of The 3rd International Conference on Site Characterization, April 1 -3, Taipei, Taiwan, CD-Rom
Song, C.R. and Pulijala, S. (2008), “Quick Estimation of Hydraulic Conductivity,” Proceedings of The 3rd International Conference on Site Characterization, April 1 -3, Taipei, Taiwan, CD-Rom
Kim, J.W. and Song, C.R. (2008), “Determination of Soil Characteristic Frequency Using Acoustic Techniques,” Proceedings of GeoCongress 2008, ASCE GSP 179, pp.332-339