Who We Are
Introduction of 3P.COM
  1. 3P.COM is a Start-up company in the Center of Structures and Composites at Hanyang University. with a key technology of designing and manufacturing of High-Pressure vessels 
  2. Key Technology includes Innovative Design and Manufacturing of Cost-effective and Eco-friendly Hydrogen Storage Tanks and Distribution Pipes
  3. Awarded a Preliminary laboratory start-up fund, 03-2018, successful middle-aged start-up package business
  4. Started-up 3P.COM, 04-2020, Established in Hanyang University laboratory, 750 m2 space
  5. Won project funds from the Korean Government, 12-2020, to develop cost-effective and eco-friendly Hydrogen Tanks
  6. Won the projects from Hyundai Motor, 03-2020, development of hydrogen pressure vessel physical property measurement
  7. Performed successful burst tests, 06-2021, the world's first eco-friendly, cost-effective TYPE-IV hydrogen pressure vessel
  8. Started a Project supported by Hyundai Motor, 07-2022, to develop High Pressure Hydrogen Tank of Thermoplastic Composites
  9. Awarded an innovation project from K-xxx, 2021, to develop 54 liter and 170 liter Hydrogen tanks in KOREA
  10. Awarded a Project from MOT, JAPAN, 2021, to develop a Hydrogen Tanks
  1. 3P.COM is a Start-up company in the Center of Structures and Composites at Hanyang University. with a key technology of designing and manufacturing of High-Pressure vessels 
  2. Key Technology includes Innovative Design and Manufacturing of Cost-effective and Eco-friendly Hydrogen Storage Tanks and Distribution Pipes
  3. Awarded a Preliminary laboratory start-up fund, 03-2018, successful middle-aged start-up package business
  4. Started-up 3P.COM, 04-2020, Established in Hanyang University laboratory, 750 m2 space
  5. Won project funds from the Korean Government, 12-2020, to develop cost-effective and eco-friendly Hydrogen Tanks
  6. Won the projects from Hyundai Motor, 03-2020, development of hydrogen pressure vessel physical property measurement
  7. Performed successful burst tests, 06-2021, the world's first eco-friendly, cost-effective TYPE-IV hydrogen pressure vessel
  8. Started a Project supported by Hyundai Motor, 07-2022, to develop High Pressure Hydrogen Tank of Thermoplastic Composites
  9. Awarded an innovation project from K-xxx, 2021, to develop 54 liter and 170 liter Hydrogen tanks in KOREA
  10. Awarded a Project from MOT, JAPAN, 2021, to develop a Hydrogen Tanks
Manufacturing Facility
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Material Test Equipment
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Design & Simulation Tools
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Cost Analysis of Composites
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CEO of 3P.COM
Sung Kyu Ha

CEO, 3P.COM
Head, Center for Hanyang Structures & Composites
Professor, Dept. of Mechanical Engineering
Email : sungha@hanyang.ac.kr
 sungkha@gmail.com
Mobile : +82 010-3557-0261
Youtube : https://youtube.com/@sunghaHSCL
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Sung Kyu Ha
  1. CAREERS

CEO, 3P.COM, Affordable Eco-Friendly High performance Hydrogen  Storage Tanks, Korea, 2020~present

Professor, Dept. of Mechanical Eng., Hanyang Univ., Korea, 09. 1991 ~ present

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Special Invited Professor, Brazil Government, Brazil, 03. 2014~ 02. 2016

Invited Senior Professor, Dept. of I2M, Univ. of Bordeaux1, France, 09. 2013 ~ 2015

Visiting/Consulting Professor, Stanford Univ., USA, 09. 2001 ~ 12. 2012

Major Leader of Stanford Composite Design Team, STANFORD Univ.

Post Doctor, Dept of Aero. & Astro., STANFORD Univ., 1989~1991


  1. EDUCATION

Doctor of Philosophy, Dept. of Mech. Eng., Stanford University, USA, 1985 ~ 1989

Master’s Degree, Dept. of Mech. Eng., Stanford University, USA, 1983 ~ 1984

Bachelor’s Degree, Dept. of Mech. Eng., Hanyang University, KOREA, 1979 ~ 1983


  1. AWARD

JEC LIFE Achievement Award, 2016, France

Best Industry Collaboration Professor, 2012~2015, Hanyang


2016_JEC_LIFE.GIF
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JEC Life Ahchievement Award, 2016, France
  1. Research Areas

CAE (ANSYS, Abaqus, Nastran, etc) simulation-based Innovative Design

Structural behavior of Composite Materials (tests and simulations)

Material Selection and Innovative Manufacturing Process for Composites


  1. Equipment

Filament winding machine 1 set -

Autoclave 2 sets

Biaxial (tension/torsion) fatigue tester 8 sets

Composite infusion processor 1 set

Heater for Composite curing 2 sets

Universal Test Machine 1 set

DMA machine 1 set

Impact drop tester 1 set


  1. Laboratory

Research on composite materials for over 30 years

 Collaboration with various industrial partners

Multiscale-based composite analysis and design

Fatigue life prediction of composite materials

Development of manufacturing process of composites

Light-weight automobiles, Innovative blade design, Design of aerospace composite structures



  1. Main Research Papers (as a Professor at Hanyang Univ)

Hayat K, Ha SK. Load mitigation of wind turbine blade by aeroelastic tailoring via unbalanced laminates composites. Composite Structures 2015; 128: 122-133.

Xu L, Jin CZ, Ha SK. Ultimate strength prediction of braided textile composites using a multi-scale approach. Journal of Composite Materials 2015; 49(4): 477-494. -

Kim SJ, Hayat K, Nasir SU, Ha SK. Design and fabrication of hybrid composite hubs for a multi-rim flywheel energy storage system. Composite Structures 2014; 107: 19-29.

Ha SK, Hayat K, Xu L. Effect of shallow-angled skins on the structural performance of the large-scale wind turbine blade. Renewable Energy 2014; 71: 100-112.

Huang Y, Jin CZ, Ha SK. Strength prediction of triaxially loaded composites using a progressive damage model based on micromechanics of failure. Journal of Composite Materials 2013;47( 6-7):777-792.

Ha SK, Cimini, CA Jr. Strengths & lives of composites and Stephen Tsai. Journal of Composite Materials 2010;44(20):2345-2346.

Ha SK, Jin KK, Huang Y. Micro-mechanics of failure (MMF) for continuous fiber reinforced composites. Journal of Composite Materials 2008;42(18):1873-1895.


  1. Main Patent  (as a Professor at Hanyang Univ)

Daniel H. Kim, Thomas A.Afzal, Michael L. Reo, Uriel Hiram Chee, In Haeng Cho, Kunwoo Lee, Curtis W. Frank, Sung Kyu Ha. Prosthetic Intervertebral Disc: America, US 7,905,921 B2. 2011-03-15.

Daniel H. Kim, Thomas A.Afzal, Michael L. Reo, Uriel Hiram Chee, In Haeng Cho, Kunwoo Lee, Curtis W. Frank, Sung Kyu Ha. Method and a Kit for Inserting Prosthetic Intervertebral Discs into a Spine: America, US 8,038,715 B2. 2011-10-18.

Daniel H. Kim, Kunwoo Lee, Curtis W. Frank, Sung Kyu Ha. Prosthetic Intervertebral Disc and Methods for Using the Same: America, US 2005/0027364 A1. 2005-02-03.

Sung Kyu Ha. Composites [carbon fiber] for uranium enrichment using the rotor (rotating speed composite rotor and manufacturing method): Korea, 2013.

Sung Kyu Ha. Method for the manufacture of flywheel hub (dome type, using the same method and the composite winding flywheel energy storage): Korea, 10-1033108. 2011-04-28.

Sung Kyu Ha, H.T. Kim, J.H. Kim, H.H. Han, S.Z. Kim, T.H. Seong, Y.H. Han. The hub of the flywheel for energy storage devices (energy storage flywheel rotor dovetail for split-type hub): Korea, 10-0965481. 2010-06-15.

  1. Major Projects performed with Collaboration with HSCL, Hanyang University, KOREA

Hyundai Motor: Development of composite materials for light-weight automobiles

 - Development of composite manufacturing process

 - Design optimization of car bodies


BASF: Fatigue life prediction of composite wind turbine blade - Strength and fatigue behavior of epoxy resin

 - Development of composite fatigue life prediction methodology

- Tool development for analysis of composite wind blade


Plastic Omnium: Innovative composites process for automobile

- Theory development for Sheet Molding Compound (SMC)

- Development of fatigue life prediction of SMC

- Tool development for SMC analysis


TechnipFMC: Development of composite pipes for oil and gas application

- Design optimization of composite pipes

- Tool development for pipe analysis


Chomarat: Innovative design of Non-Crimp Fabrics (NCF)

 - Development of various NCFs considering various fiber orientations, stitching patterns, carbon and glass fibers

- Evaluation of mechanical behaviors of NCF composites


NTU: Durability of braided composites

- Prediction of stiffness and strength of braided composites

- Experiments on braided composites

- Analysis of structures of braided composites 
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