Overview
About JKP Static
JKP Static Ltd. specialises in the design (DES), laboratory testing (LAB) and research (RES) of concrete and steel materials and structures.
DES: design, modelling & optimisation of structures with 3D finite element analysis software. Atena uses inputs based around post-crack fracture energy, making it the most suited for the calculation of fibre reinforced concretes. We are also able to calculate with static and dynamic loads, structural fire design analysis and can model the effects of shrinkage, creep and fatigue on concrete.
LAB: materials and structures testing in the Laboratory of Strength and Materials (BME). Standard tests for concrete and steel (cube and cylinder compression strength, flexural strength beam tests), full size testing for static and dynamic loads (up to 8 m beam bending test, shaking table test), cyclic loads (fatigue tests). On-site and laboratory tests.
RES: Using results from the laboratory testing, we make numerical material models, and design methods which are used for better optimisations of our final proposals. The results are documented in articles and on the website. Main research areas: fibre reinforced concretes, industrial floor design, segmental and shotcrete tunnel design.
DES: design, modelling & optimisation of structures with 3D finite element analysis software. Atena uses inputs based around post-crack fracture energy, making it the most suited for the calculation of fibre reinforced concretes. We are also able to calculate with static and dynamic loads, structural fire design analysis and can model the effects of shrinkage, creep and fatigue on concrete.
LAB: materials and structures testing in the Laboratory of Strength and Materials (BME). Standard tests for concrete and steel (cube and cylinder compression strength, flexural strength beam tests), full size testing for static and dynamic loads (up to 8 m beam bending test, shaking table test), cyclic loads (fatigue tests). On-site and laboratory tests.
RES: Using results from the laboratory testing, we make numerical material models, and design methods which are used for better optimisations of our final proposals. The results are documented in articles and on the website. Main research areas: fibre reinforced concretes, industrial floor design, segmental and shotcrete tunnel design.