Engineering and Technology
03 OCTOBER 2026
Abhishek Kumar Sinha
Raw emulation capacity for flagship system-on-chip (SoC) programs keeps growing, and engineer-hour supply keeps falling further behind it. That gap, not machine availability, is the actual bottleneck in pre-silicon verification today, driven by workload diversity across artificial intelligence (AI), extended reality (XR), and mobile platforms…
Engineering and Technology
10 OCTOBER 2026
Dilshod Bakhodirovich Akbarov, Khusnitdin Akhrarovich Akramov
This study investigates the construction technology for a two-story low-rise building in which the load-bearing system is assembled from factory-fabricated pultruded glass-fiber-reinforced polymer (GFRP) profiles, while the external enclosures comprise three-layer 3D-printed walls with a polystyrene-concrete core. The production task extends…
Engineering and Technology
10 OCTOBER 2026
Dilshod Bakhodirovich Akbarov, Khusnitdin Akhrarovich Akramov
A non-load-bearing, three-layer external wall for a low-rise building is investigated. The wall consists of two cementitious shells manufactured by layer-by-layer extrusion-based 3D printing and a cast-in-place expanded polystyrene (EPS) concrete core. The study aims to establish relationships between wall geometry, construction-stage actions,…
Engineering and Technology
10 OCTOBER 2026
Dilshod Bakhodirovich Akbarov, Khusnitdin Akhrarovich Akramov
The stress–strain behaviour of a two-storey load-bearing frame for a low-rise building, comprising pultruded glass-fibre-reinforced polymer (GFRP) hollow sections and intended for use with non-load-bearing 3D-printed walls, is investigated. The study aims to quantify the effects of joint rotational flexibility, transverse shear and the bracing…