2. A development of a bender element apparatus
K Piriyakul
Journal of King Mongkut’s University of Technology North Bangkok 20, 363-369 13 2010

3. Biocementation through microbial calcium carbonate precipitation
K Piriyakul, J Iamchaturapatr
The Journal of Industrial Technology 9 (3), 195-218 12 2013

4. Void ratio function for elastic shear moduli for Boom Clay
K Piriyakul, W Haegeman
Stiff Sedimentary Clays: Genesis and Engineering Behaviour: Géotechnique … 10 2011

5. Stiffness anisotropy of Boom clay
K Piriyakul, W Haegeman
17th International conference on Soil Mechanics and Geotechnical Engineering … 10 2009

6. Effect of urease dosages in biocementation process for improving strength of sandy soil
J Iamchaturapatr, K Piriyakul
Advanced Materials Research 931, 698-702 4 2014

7. Using of piezoelectric ceramic sensor to measure the shear wave velocity of Bangkok clay
K Piriyakul, N Thumputi
The Journal of Industrial Technology 8 (2), 82-89 4 2012

8. Application of Non-Destructive Testing for Measurement of Strength Development of Biocemented Sand
K Piriyakul, J Iamchaturapatr
Advanced Materials Research 747, 660-663 3 2013

9. Anisotropic stiffness parameters for cross anisotropy of Kaolinite clay
K Piriyakul, W Haegeman
PROCEEDINGS OF THE INTERNATIONAL CONFERENCE ON SOIL MECHANICS AND … 3 2005

10. Automated K0 consolidation in stress path cell
K Piriyakul, W Haegeman
Proceedings of the 16th International Conference on Soil Mechanics and … 3 2005

11. Sandy soil improvement using MICP-based urease enzymatic acceleration method monitored by real-time system
J Iamchaturapatr, K Piriyakul, T Ketklin, G Di Emidio, A Petcherdchoo
Advances in Materials Science and Engineering 2021 2 2021

12. Deep soil mixing method for the bio-cement by means of bender element test
K Piriyakul, J Iamchaturapatr
Advances in Laboratory Testing and Modelling of Soils and Shales, 375-381 2 2017

13. Effect of mixing patterns for bio-cement
K Piriyakul, J Iamchaturapatr
Key Engineering Materials 728, 396-401 2 2017

14. Application of the non-destructive testing method to determine the Gmax of Bangkok clay
K Piriyakul
Applied Mechanics and Materials 418, 157-160 2 2013

15. Soil disturbance assessment in soil sampling
K Piriyakul, W Haegeman
Submitted to: Canadian Geotechnical Journal 2 2005

16. Characteristics of meta-kaolin geopolymer Bender-Element (BE) test
K Piriyakul, J Iamchaturapatr
Materials Today: Proceedings 5 (7), 15120-15125 1 2018

17. Horizontally Mounted Bender Elements for Measuring Shear Modulus in Soaked Sand Specimen
K Piriyakul, J Iamchaturapatr
Advanced Materials Research 931, 496-500 1 2014

18. Strength development of soft Bangkok clay mixed with cement
K Piriyakul
Advanced Materials Research 813, 391-394 1 2013

19. Measurement of anisotropic shear wave propagation by bender elements in overconsolidated clay
K Piriyakul, W Haegeman
Poromechanics III: Biot Centennial (1905-2005)-Proceedings of the 3rd Biot … 1 2005

20. Anisotropic small strain stiffness of reconstituted Kaolinite caly
K Piriyakul, W Haegeman
Proceedings of the International Symposium on Engineering Practice and … 1 2004

21. Determination of shear modulus using piezoelectric transducers
K Piriyakul, W Haegeman
Ee-pub Online 1 2004

22. Characteristics of Sandy Soil treated Using EICP-based Urease Enzymatic Acceleration Method and Natural Hemp Fibers
J Iamchaturapatr, K Piriyakul, A Petcherdchoo
Case Studies in Construction Materials, e00871 2022

23. Pipe jacking tunnel construction crossing the Bang Pakong River
K Piriyakul, S Pochalard, E Rungrueng
Geotechnical Aspects of Underground Construction in Soft Ground, 123-128 2021

24. Strength and Noise Reduction of Geopolymeric Material Produced from Waste Sludge
J Iamchaturapatr, K Piriyakul
Key Engineering Materials 856, 354-359 2020

25. Improvement for internal friction angle of Bangkok sand by bio-cementation process and hemp fiber
K Piriyakul, J Iamchaturapatr, G Di Emidio
Materials Today: Proceedings 5 (7), 14818-14823 2018
26. STRENGTH IMPROVEMENT OF SAND TREATED BY BIOCEMENTATION PROCESS AND HEMP FIBER
K Piriyakul, J Iamchaturapatr
Jurnal Teknologi 78 (5-5) 2016
27. Using Shear Wave Velocity to Assess the Stiffness of Soil-Cement-Fly Ash
K Piriyakul
Applied Mechanics and Materials 459, 115-118 2014
28. Experimental Study on Elastic Stiffness of Kaolinite Clay
K Piriyakul
Advanced Materials Research 813, 395-398 2013
29. Using Shear Wave Velocity to Determine the Cementation Effect of Soft Bangkok Clay Mixed with Cement and Fly Ash
K Piriyakul, S Pochalard
Multiphysical Testing of Soils and Shales, 311-316 2013
30. Application of Piezoelectric Film to Measure the Shear Wave Velocity
K Piriyakul
Applied Mechanics and Materials 418, 161-164 2013
31. Measurement of Shear Wave Velocity by Piezoelectric Film
K Piriyakul, N Thumputi
Deformation Characteristics of Geomaterials, 246-249 2011
32. การ ประเมิน ความ รบกวน ใน การ เก็บ ตัวอย่าง ดิน แบบ Open Tube Sampler และ Rotary Core Drilling
K Piriyakul
The Journal of Industrial Technology 6 (1), 1-6 2010
33. Anisotropic shear wave velocity of an overconsolidated Boom Clay
K Piriyakul, W Haegeman
3rd International Conference on Site Characterization (ISC3) 2008
34. Proceedings of the 16th International Conference on Soil Mechanics and Geotechnical Engineering, Osaka, Japan, September 12-15, 2005
K Piriyakul, W Haegeman
Proceedings of the 16th International Conference on Soil Mechanics and … 2005
35. Field and laboratory tests for shear wave velocity measurements on overconsolidated boom clay
K Piriyakul, W Haegeman
PROGRESS IN ENVIRONMENTAL AND ENGINEERING GEOPHYSICS, 79-83 2004
36. Anisotropic small strain stiffness of reconstituted Boom clay
K Piriyakul, W Haegeman
Proceedings of the Fifteenth Southeast Asian Geotechnical Conference, Vol I … 2004
37. Case Studies in Construction Materials
J Iamchaturapatr, K Piriyakul, A Petcherdchoo
38. Pre-consolidation Stress of Overconsolidated Clay
K Piriyakul
39. Small Strain Stiffness of Kaolinite Clay
K Piriyakul
40. Signal Interpretation for the Shear Wave Velocity in the Bender Element Test
K Piriyakul, J Iamchaturapatr