Pavel Pushkin

Tibialis Static Lock (TSL™) Version 3.0: Sensor-Guided Multi-Lock Cyber-Physical Architecture for Programmable Seated Isometric Force Routing, Mechanical Dose Control, and Work-Embedded Human Feedback

Tibialis Static Lock (TSL™) Version 3.0 presents an open-science experimental engineering framework for a sensor-guided multi-lock cyber-physical system based on voluntary seated isometric force generation. It extends the foundational dual-boundary TSL configuration and the Versi...

Tibialis Static Lock (TSL™) Version 3.0: Sensor-Guided Multi-Lock Cyber-Physical Architecture for Programmable Seated Isometric Force Routing, Mechanical Dose Control, and Work-Embedded Human Feedback

Tibialis Static Lock (TSL™) Version 3.0 presents an open-science experimental engineering framework for a sensor-guided multi-lock cyber-physical system based on voluntary seated isometric force generation. It extends the foundational dual-boundary TSL configuration and the Versi...

PRAPIXEL™ Version 1.0: Discrete Pixel-Based Surface Architecture for Programmable Mechanical Fields, Dynamic Load Redistribution, and Adaptive Human–Surface Interaction

PRAPIXEL™ Version 1.0 presents an open scientific and engineering framework for segmented adaptive surfaces composed of discrete mechanically controllable elements whose states can be independently addressed or coordinated to generate programmable spatiotemporal mechanical fields...

PRAPIXEL™ Version 1.0: Discrete Pixel-Based Surface Architecture for Programmable Mechanical Fields, Dynamic Load Redistribution, and Adaptive Human–Surface Interaction

PRAPIXEL™ Version 1.0 presents an open scientific and engineering framework for segmented adaptive surfaces composed of discrete mechanically controllable elements whose states can be independently addressed or coordinated to generate programmable spatiotemporal mechanical fields...

ThermaFlow™ v1.0: Interface-Level Thermal Boundary-Layer Disruption, Controlled Instability, and Spatially Distributed Heat-Transfer Regulation

ThermaFlow™ v1.0 presents a scientific and engineering framework for interface-level control of heat transfer through active manipulation of thermal boundary-layer formation, persistence, residence, instability, shear, and spatial distribution. The work consolidates a family of s...

ThermaFlow™ v1.0: Interface-Level Thermal Boundary-Layer Disruption, Controlled Instability, and Spatially Distributed Heat-Transfer Regulation

ThermaFlow™ v1.0 presents a scientific and engineering framework for interface-level control of heat transfer through active manipulation of thermal boundary-layer formation, persistence, residence, instability, shear, and spatial distribution. The work consolidates a family of s...