Design research on “how does noise affect concentration”
Ask a design question in plain language. Every result links to a full study page with the finding, method, limitations and a practical takeaway you can cite.
24 matching studies
- Human Factors · Usak University Journal of Engineering Sciences · 2021
Industrial noise levels in nonwoven manufacturing significantly impair employee well-being and safety.
Integrate noise reduction as a primary design consideration for industrial machinery, focusing on source control through material science and mechanical design principles.
Read full study → - Human Factors · Review of the Air Force Academy/Revista Academiei Forţelor Aeriene "Henri Coandă" · 2023
Vehicle Interior Noise Levels Impact Driver Comfort and Performance
Integrate acoustic analysis into the design process for special purpose vehicles to ensure occupant comfort and operational efficiency.
Read full study → - Human Factors · BioResources · 2025
Optimizing Table Saw Parameters Reduces Wood Dust and Noise Exposure
When designing or specifying woodworking machinery, prioritize adjustable parameters that allow for optimization of dust and noise reduction, and ensure robust dust collection is a standard feature.
Read full study → - Commercial Production · PLoS ONE · 2015
Intrinsic Noise Shifts Bistability Range in Biological Systems
Account for intrinsic noise in biological system design to accurately predict and control operational parameters, especially for systems exhibiting bistability.
Read full study → - Commercial Production · Frontiers in Physics · 2023
Finite Element Analysis of Stranding Machine Vibrations Identifies Resonant Frequencies to Mitigate Noise
Incorporate FEA early in the design of high-speed rotating machinery to simulate vibration and noise, allowing for modifications to avoid resonant frequencies and reduce stress before physical prototyping.
Read full study → - Human Factors · Facilities · 2022
Home Workplace Noise Levels Above 58 dB Correlate with Increased Tension
When designing or advising on home workspaces, actively address noise reduction strategies and ensure that the acoustic environment supports concentration and reduces stress.
Read full study → - Classic Design · Complexity · 2018
Hummingbird-inspired train design reduces drag by 3.53%
Consider natural forms and their inherent efficiencies as a source of inspiration for optimizing the aerodynamic performance of vehicles.
Read full study → - Human Factors · Black Sea Journal of Agriculture · 2024
Backpack Blower Use in Hazelnut Harvesting Poses Significant Ergonomic Risks
Designers must integrate ergonomic principles from the outset to minimize operator risk and discomfort when developing or refining tools for agricultural tasks like hazelnut harvesting.
Read full study → - Human Factors · Budownictwo i Architektura · 2024
Acoustic improvements in call centres can boost employee concentration and satisfaction.
Investigate and address acoustic deficiencies in call centre environments through evidence-based design strategies to improve employee concentration and satisfaction.
Read full study → - Classic Design · Civil Engineering Journal · 2019
Urban Visual Clutter from Advertising Reduces Cognitive Function
Designers and urban planners should prioritize visual harmony and cognitive ease over sheer advertising volume, carefully considering the psychological impact of visual elements in urban settings.
Read full study → - Modelling · ePrints Soton (University of Southampton) · 2017
Finite Element Analysis Enhances Microfluidic NMR Detector Sensitivity by 20%
Incorporate advanced simulation techniques like FEA early in the design process for micro-scale analytical devices to iteratively optimize performance and achieve desired sensitivity levels.
Read full study → - Commercial Production · OakTrust (Texas A&M University Libraries) · 2005
Achieving 20nm Resolution in 6-DOF Positioning Systems
When designing for ultra-precision positioning, consider integrated magnetic levitation and advanced bearing technologies to minimize mechanical complexity and maximize resolution.
Read full study → - Innovation & Design · Organic Electronics · 2023
Nonactin-functionalized EG-CNTFETs achieve stable, sensitive ammonium detection in artificial sweat
Incorporate ion-selective membranes and robust data processing protocols into wearable sensor designs for improved stability and accuracy in complex biological environments.
Read full study → - Final Production · Polymers · 2024
Sheep wool fibers enhance polymer composite vibration damping and sound absorption
Integrate sheep wool fibers into polymer composite formulations to achieve superior vibration damping and sound absorption, while carefully considering the impact on light transmission for specific product applications.
Read full study → - Human Factors · Frontiers in Public Health · 2026
Ergonomic and environmental demands in Ayurvedic pharma manufacturing drive worker morbidity
Designers must prioritize ergonomic assessments and environmental controls tailored to specific job roles within manufacturing settings to mitigate occupational health risks.
Read full study → - Human Factors · Jurnal Sistem dan Manajemen Industri · 2022
Optimizing Air Traffic Control Workstations Reduces Mental Workload and Enhances Operator Performance
Designers must adopt a holistic approach, integrating ergonomic principles, safety standards, and workload management into the design of complex operational environments to enhance human performance and reduce error.
Read full study → - Modelling · Journal of Fluid Mechanics · 2023
Simulating Ventilated Cavities: Unveiling Flow Dynamics and Vortex Shedding
When designing systems with ventilated cavities, leverage advanced simulation techniques to predict and manage the complex fluid dynamics, particularly the correlation between air leakage and vortex shedding, to ensure stability and efficiency.
Read full study → - Innovation & Design · Journal of Airline and Airport Management · 2023
Noise contour mapping for vertiport site selection can reduce community impact by 30%
Integrate noise contour mapping into the early stages of vertiport design and site selection to proactively address potential community noise issues and inform land-use planning.
Read full study → - Innovation & Design · arXiv (Cornell University) · 2023
Active Noise Cancellation for Low-Frequency Noise Reduction
Incorporate active noise cancellation principles into product design to address noise pollution, especially for challenging low-frequency sounds, and consider integrating smart features for enhanced user value.
Read full study → - Resource Management · Archives of Civil Engineering · 2015
Optimized Traffic Flow and Pavement Design Significantly Reduce Urban Noise Pollution
Integrate traffic flow management and low-noise pavement materials into urban road design to achieve effective noise reduction without relying solely on physical barriers.
Read full study → - Human Factors · eScholarship (California Digital Library) · 2018
Ducted fan noise reduction through airframe shielding
Consider the acoustic impact of surrounding structures on noise-emitting components during the design process.
Read full study → - Human Factors · Journal of Environment and Engineering · 2007
Aerodynamic noise from vehicle mirrors can be reduced by optimizing yaw angle.
Adjusting the yaw angle of vehicle side mirrors can be a viable strategy to mitigate aeroacoustic noise, particularly in specific frequency ranges.
Read full study → - Human Factors · BMC Public Health · 2026
Multi-criteria model prioritizes noise exposure and hearing protection for NIHL prevention
When designing for industrial safety, focus on minimizing noise exposure and maximizing the effectiveness and adoption of hearing protection, as these are the most impactful factors in preventing NIHL.
Read full study → - Human Factors · Applied Acoustics · 2023
15mm Acoustic Liner Reduces Server Rack Noise by 43.9%, Extending Hearing Safety
Integrate thin, acoustically engineered metamaterials into existing or new component designs, such as deflector plates, to proactively manage noise in high-density equipment environments.
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Questions the research answers
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