2026 August - 24 articles
This paper proposes a process-mapped quality control framework for structural steel fabrication as a proof of concept for integrating normative requirements into a unified operational workflow. The study addresses the fragmentation of quality require...
3D printed lattices have efficient mechanics for wide-ranging engineering applications, especially biomedical domains. In bone tissue engineering, lattices constructed from unit cells enable tunable mechanics and tissue growth by altering unit cell b...
Ankle injuries may lead to severe complications, including chronic instability and reduced mobility. Rehabilitation therefore plays a critical role in restoring normal ankle function and preventing long-term impairment. However, conventional manual p...
In response to the health and environmental impacts of particleboard production and use, this research highlights the value of sustainable construction materials. Mycelium-based composites are a promising biobased solution that proposes the substitut...
Habitat production in informal settlements and vulnerable urban areas faces critical challenges regarding habitability and lack of infrastructure. This article evaluates a prototype for progressive temporary housing based on a modular metal scaffoldi...
The rapid proliferation of multi-standard fifth-generation (5G) new radio sub-6 GHz systems has intensified the demand for compact, high-isolation multiplexing components capable of simultaneously routing multiple frequency channels through a single...
Passive single-phase to three-phase conversion represents an attractive alternative for low-power applications, particularly in isolated systems and rural electrification scenarios where simplicity, robustness, and low cost are essential. However, th...
Developing bidirectional EV charging systems requires a structured engineering methodology that preserves traceability from system requirements to executable simulation models. This paper proposes a Model-Based Systems Engineering (MBSE)-oriented fra...
Electric vehicle battery enclosure systems under vibrational loading may experience structural damage, reducing the lifespan of lithium-ion cells. Honeycomb sandwich structures are widely used in EV battery systems due to their high stiffness-to-weig...
The development of suspension systems for urban micro-mobility vehicles, such as bicycles and e-bikes, requires balancing effective road filtering with structural simplicity. Traditional solutions, such as telescopic forks and rear shock absorbers, f...
This research directly addresses three critical global challenges, construction waste generation, forced displacement and housing shortage, through the design and development of a regenerative, modular housing system utilizing biodegradable composite...
Designing products that feel simple and intuitive while remaining efficient to manufacture and meaningful across cultures remains a key challenge in contemporary product development. Although minimalist design has achieved commercial success, most me...
Based on the problems of low efficiency, unstable accuracy, and weak anti-interference ability of manual localization for side-seam welding of square power battery module, this article designs a high-precision vision localization system for side seam...
Electrical machine design faces growing constraints from power density, wide operating ranges, thermal and mechanical limits, acoustics, manufacturability, cost, and critical material availability. While finite element and multi-physics simulations r...
This qualitative study develops morphological design principles for thermally formed passive adaptive grippers within an accessible 4D-printing approach. A practice-based morphological exploration was conducted through 18 PLA+ prototypes fabricated b...
In compliant Constant Force Mechanism (CFM) design, superior functionality often necessitates increased structural complexity. While the Incremental Complexity Design (ICD) method has facilitated the development of efficient topologies for Bidirectio...
In recent years, Additive Manufacturing (AM) has transformed the development of new products, enabling more efficient, sustainable, and creative solutions across multiple sectors. Accordingly, this research explores the integration of Selective Laser...
This work presents an interdisciplinary engineering framework and a collaborative digital platform supporting the design, optimization, and proof-of-concept validation of patient-specific surgical devices for maxillofacial applications. The proposed...
Snow removal vehicles operate under severe working conditions, and the snowplow mounting frame is a critical structural component responsible for transmitting loads generated during snow-removal operations. To improve material utilization and reduce...
The design of compliant mechanisms is a multidisciplinary field that integrates structural optimization, kinematics, and materials science to develop systems capable of generating motion through elastic deformation. Over the past six decades, researc...
Cold spray additive manufacturing (CS) has emerged as a transformative solid-state deposition technique for designing advanced functional surfaces with tailored tribological performance. By accelerating micron-scale particles to supersonic velocities...
A novel method for controlling the speed of interior permanent magnet synchronous motors (IPMSMs), known as the current-sensing-based dynamic direct voltage control method under the maximum torque per ampere (MTPA) concept, is introduced. This techni...
Stretchable conductive composites are important for soft electronics, wearable systems, and adaptive electromechanical devices, yet the mechanisms governing strain-dependent electrical transport remain insufficiently understood, particularly in hybri...
The growing demand for high-speed marine transportation requires continuous improvement in ship design to achieve higher hydrodynamic efficiency. From an engineering design perspective, hull form modification is a key approach to optimizing the perfo...
