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Showing posts with the label Innovation in Engineering

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Smart Home Irrigation Powered by Solar Energy: A Wi-Fi-Based Automated Drip System for Sustainable Household Gardening

on July 05, 2026

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Extended Drain Intervals Without Compromising Engine Protection? A Field Evaluation of SAE 15W40 CI-4 Diesel Engine Oil Under Mixed Terrain Operations

on June 07, 2026

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Turning Waste Cooking Oil into Clean Energy: Evaluating Ethanol-Derived Biodiesel for High-Performance Commercial Burner Systems

on May 03, 2026

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Developing a Robotics-Based Advocacy Framework for Electronics Engineering: Integrating KANO, IPA, and QFD to Inspire Future Engineers

on April 05, 2026

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Can a Ducted NACA 4415 Hydrokinetic Turbine Deliver Reliable Power in Low-Velocity Rivers? A Review of CFD Design and Experimental Validation

on March 01, 2026

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Why Tire Temperature Matters More Than You Think: New Insights into Speed, Load, and Inflation Pressure

on January 31, 2026

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How AI-Powered Vision Systems Are Improving PCB Quality Inspection

on November 16, 2025

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How Mobile AI Can Improve Coffee Harvesting: A Deep Learning Approach for Robusta Cherry Ripeness Classification

on November 09, 2025

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How Smart PID Control Can Improve Indoor Air Quality for Healthier Living

on October 12, 2025

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Why Finite Element Analysis is Transforming Motorcycle Wheel Design: Insights from a Solidworks-Based Engineering Study

on May 12, 2024

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How Minimal Skeleton Features Can Improve Real-Time Human Action Recognition

on April 14, 2024

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Teknomekanik Innovation in Engineering Journal of Engineering Researcher and Lecturer

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Popular Posts

Welding Process

By Rahmat Azis Nabawi According to the definition of the Deutsche Industrie Normen (DIN) as cited by Harsono and Toshie (2000), welding is defined as "a metallurgical bond produced between metallic materials in the molten or liquid state." In other words, welding is a metal joining process in which the base materials are locally heated until they melt, allowing a permanent metallurgical bond to be formed after solidification (Harsono & Toshie, 2000). Before welding operations are carried out, a comprehensive welding procedure should be prepared. The procedure includes selecting the appropriate welding process, determining the required equipment, and establishing production quality requirements. The quality of a welded joint depends not only on the welding operation itself but also on the preparation performed before welding begins (Cary & Helzer, 2005). Proper welding preparation generally consists of selecting the appropriate welding process, preparing...

Cutting Process

By Rahmat Azis Nabawi The cutting process is one of the most critical stages in steel fabrication, during which steel profiles and steel plates are cut according to the cutting lines established during the marking process. This operation plays a significant role in ensuring the dimensional accuracy of fabricated components, which directly influences the quality, fit, and structural performance of the final product. Various cutting methods are employed in steel fabrication, each offering specific advantages depending on the material type, plate thickness, production requirements, and desired cutting precision. Selecting an appropriate cutting technique is essential for achieving high-quality fabrication results while improving productivity, minimizing material waste, and ensuring dimensional accuracy. The most commonly used cutting methods include Hydraulic Shearing , Oxy-Fuel Flame Cutting , and Computer Numerical Control (CNC) Cutting . Each method has unique operating p...

CFD-Based Taguchi Optimization of Impeller Geometry to Improve Centrifugal Fan Efficiency: A Review of an Integrated Design Optimization Framework

Industrial centrifugal fans are widely used in ventilation, HVAC, and manufacturing systems, where energy efficiency directly influences operational costs and environmental sustainability. Because fan performance is strongly governed by impeller geometry , optimizing design parameters has become an important engineering challenge. Conventional optimization techniques often require numerous Computational Fluid Dynamics (CFD) simulations, resulting in considerable computational expense. The reviewed study proposes an integrated optimization framework that combines CFD simulations with the Taguchi design-of-experiments method to identify efficient impeller configurations while minimizing computational effort. By investigating the effects of inlet blade angle , outlet blade angle , blade number , and flow rate , the research demonstrates how statistical optimization can be effectively integrated with numerical simulation to improve centrifugal fan efficiency and support practical engineer...

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