About

JKP Static Ltd (JKP) was founded by Dr. Peter Karoly Juhasz in 2013 to provide innovative design, research, and laboratory testing services for concrete structures. With a strong background in research and development, JKP specializes in concrete, reinforced concrete, and fibre-reinforced concrete solutions.

From the very beginning, Dr. Juhasz has focused on expanding JKP's expertise in the latest concrete materials and design techniques. He is particularly experienced in synthetic fibre reinforcement, including its testing, modeling, and finite element analysis. His research has been published widely, with over 50 scientific papers presented at major international conferences. Dr. Juhasz regularly contributes to advancing the industry by sharing his findings on testing methods, material models, and innovations in fibre-reinforced concrete.

What JKP Offers

JKP provides design, research, and laboratory testing for a wide range of concrete structures, with a special focus on fibre-reinforced concrete. Our services include:

• Concrete mix design tailored to meet the specific requirements of each project.
• Structural design we handle everything from geometry and reinforcement design to accounting for unique concrete properties like shrinkage, creep, and fatigue.
• Environmental responsibility sustainability is a core value at JKP. Our designs prioritize eco-friendly solutions that reduce material waste and carbon footprints.

Key Projects and Achievements

Since its inception, JKP has successfully completed hundreds of projects worldwide. Some of our most notable achievements include:

Shanghai Metro (China, 2014): in collaboration with Tongji University, we optimized the steel bar reinforcement for the Shanghai subway tunnel by incorporating synthetic macro fibres, improving both performance and sustainability.

PCAT Railway Slabs (England, 2014-2016): JKP helped design precast railway slabs that eliminated the need for traditional steel reinforcement, earning international innovation awards.

Szeged Tramlines (Hungary, 2011): We designed Hungary’s first cast-in-situ synthetic macro fibre-reinforced concrete tramline, a pioneering project that has since inspired similar developments in Saint Petersburg (Russia).

Debrecen Stadium (Hungary, 2014): JKP’s innovative design replaced traditional shear reinforcement with synthetic macro fibres in the grandstand structures, setting a global precedent for fibre-reinforced stadium construction.

Leading the Way in Fibre Reinforcement Technology

In 2016, JKP’s innovative approach was recognized when Dr. Juhasz’s Modified Fracture Energy Method became part of the official ITAtech guidelines, further cementing JKP's role as a leader in fibre-reinforced concrete design. Our contributions to projects like FibreLAB, a collaboration with Cervenka Consulting, have resulted in cutting-edge material models now integrated into ATENA software for finite element analysis.

Pioneering Sustainability with Synthetic Solutions

At JKP, we believe in a more sustainable future for construction. Our Synthetic Solution (SynSol) Project compared synthetic products from leading global manufacturers, showing how concrete beams can be reinforced using entirely synthetic materials. This research aims to transform the concrete industry by offering more eco-friendly, durable, and cost-effective alternatives to traditional materials.

Collaborations and Partnerships

JKP has had the privilege of working with industry leaders such as MottMcDonald, Dragados, and AECOM. These collaborations allow us to continuously innovate and apply the latest technologies in real-world projects across the globe.