✓  Dr. Tae Uk KIM

Doctoral dissertation: Innovative Methods for Evaluating Stress, Crack, and Repair States of Concrete Structures Using Electrical Resistance

✓  Dr. Hyeon Woo NOH

Doctoral dissertation: Uniaxial stress versus strain responses of concrete at high strain rates

   ✓  Dr. Min Su KYUNG

Doctoral dissertation: Development of Self-Supporting Re.g Wall Blocks with Steric Interlocking Capability

✓  Dr. Seon Yeol LEE

Doctoral dissertation: Simulation study on the effect of adding carbon nanotubes on the hydration of cement paste

✓  Dr. Gi Joon PARK 

Doctoral dissertation: Electromagnetic Pulse Shielding Response of Steel Fiber Reinforced Cementitious Composites

✓  Dr. Van Thong NYGUEN 

Doctoral dissertation: Three-dimensional computer simulation of cementitious composites incorporating reactive nanomaterials

✓  Dr. Van Phi DANG 

Doctoral dissertation: High strain rate effects on the mechanical resistance of ultra-high-performance fiber-reinforced concrete containing nanoparticles

✓  Dr. Van Doan TRUONG 

Doctoral dissertation: Tensile stress versus strain response of textile reinforced cementitious composites

✓  Dr. Sun Gil KIM 

Doctoral dissertation: Evaluation of static and impact behavior of 3D-textile reinforced cementitious composites

✓  Dr. Huy Viet LE 

Doctoral dissertation: Electrical resistivity of steel fibers embedded in mortar matrices during fiber pullout

✓  Dr. Min Kyung KIM 

Doctoral dissertation:  Electro-mechanical response of self-sensing fiber-reinforced cementitious composites (SSFRCs)

✓  Dr. Jun Kil PARK 

Doctoral dissertation:  Loading rate effects on interfacial bond characteristics between steel fiber and cement based matrix

✓  Dr. Tri Thuong NGO 

Doctoral dissertation:  Shear resistance of ultra-high-performance fiber-reinforced concrete at high strain rates

✓  Dr. Seung Hoon PARK

Doctoral dissertation:  Investigating the impact resistance of ultra-high-performance fiber reinforced concrete at high strain rate using strain energy

✓  Dr. Ngoc Thanh TRAN 

Doctoral dissertation:  Direct Tensile Behavior of Ultra-High-Performance Fiber-Rienforced Concrete Subjected to Impact Loading

✓  Dr. Duy Liem NGUYEN 

Doctoral dissertation:  Size dependent mechanical behavior of ultra-high-performance fiber-reinforced concrete

✓  Dr. Tuan Kiet TRAN 

Doctoral dissertation:  Investigating tensile behavior of high performance fiber reinforced comentitious composites under impact using strain energy frame impact machine.

✓  Mr. Han Sol JO 

Dissertation: A study on factors influencing the multi-fiber pullout resistance between steel fiber and cement matrix

✓  Mr. Ra Hwan HWANG 

Dissertation: Effects of aggregate surface condition on the interfacial properties between aggregate and injected quick-hardening mortar

✓  Ms. Hee Ae KIM

Dissertation: Pullout behavior of shape memory alloy fibers embedded in mortar matrices

✓  Mr. Sung Ik CHOI

Dissertation: Investigating multiple micro-cracking behavior of UHPFRCs by using digital image correlation technique

✓  Mr. Seok Hee KANG

Dissertation: Effect of size and contents of sand grain on the mechanical behavior of HPFRCCs with deformed steel fiber

✓  Mr. Jung Jin KIM

Dissertation: Mechanical Behavior of Fiber Reinforced Concrete for Containment Building of Nuclear Power Plants

✓  Mr. Jiandong SONG 

Dissertation: The change of electric resistivity of HPFRCC in tension