Design research on “seat height and posture comfort”

24 matching studies

• Human Factors · Journal Industrial Manufacturing · 2019

  Anthropometric customization of lounge chair dimensions increases multi-user utility without compromising postural health

  Incorporate adjustable secondary seating and surface heights that map directly to the 5th and 95th percentile measurements of popliteal height and sitting elbow height.

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• Human Factors · International Journal of Global Optimization and Its Application · 2023

  Adherence to population-specific anthropometric height standards reduces musculoskeletal strain in elderly seating

  Adjust seat height, depth, and armrest positioning to account for the reduced stature and limited joint mobility of elderly users rather than using 'one-size-fits-all' adult standards.

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• Human Factors · Computational Intelligence and Neuroscience · 2022

  Voice-controlled, adaptive seating promotes healthy posture in smart classrooms.

  Incorporate voice-activated and sensor-driven adjustments into furniture design to create adaptive ergonomic solutions that respond to individual user needs and promote healthier postures.

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• Human Factors · Human Factors The Journal of the Human Factors and Ergonomics Society · 2021

  Individual Lumbar Support Preferences Evolve with Driving Time, Influenced by Body Shape

  Designers should move beyond static, one-time user adjustments for lumbar support and consider dynamic adaptation or a wider range of personalized options based on user morphology.

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• Human Factors · PubMed · 2013

  Classroom furniture dimensions mismatch student anthropometry, impacting posture and comfort.

  Designers must integrate comprehensive anthropometric data relevant to the target user group into the design process for furniture, especially in educational settings.

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• Human Factors · BMC Public Health · 2025

  Squatting vs. Sitting Toilets: Impact on Digestive and Musculoskeletal Health

  Designers should consider offering adaptable toilet solutions or incorporating ergonomic features into standard sitting toilets to optimize both digestive health and user comfort.

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• Human Factors · Molecular & cellular biomechanics · 2024

  Ergonomic learning spaces boost student spinal alignment by 12% and reduce neck strain by 22%

  Design learning environments with adjustable furniture and thoughtful spatial arrangements that support good posture and minimize physical strain to enhance student focus and engagement.

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• Human Factors · BMC Public Health · 2025

  Uncomfortable seating and close screen distance double the risk of Computer Vision Syndrome in students

  Prioritize ergonomic design for workstations and digital interfaces, focusing on comfortable posture and appropriate screen distance, to mitigate the risk of Computer Vision Syndrome.

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• Human Factors · Advances in Medical Education and Practice · 2014

  University lecture hall furniture is largely unsuitable, leading to significant ergonomic mismatches for 80% of students.

  Designers and institutions must prioritize adjustable or adaptable furniture solutions for educational settings to accommodate the diverse anthropometric needs of students and mitigate potential health risks.

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• Human Factors · FME Transaction · 2015

  Ergonomic design of educational environments enhances learning outcomes.

  Prioritize user comfort and cognitive load in the design of educational products and environments to foster better learning.

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• Human Factors · Procedia Manufacturing · 2015

  Integration of driver-specific comfort models in DHM simulations improves the accuracy of predicted seating postures

  Shift from using static 2D templates to dynamic 3D manikins that use 'comfort-seeking' algorithms to test reach, visibility, and clearance across a wider range of user sizes.

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• Human Factors · AHFE international · 2020

  Integrating cognitive and environmental factors into ergonomic assessments reduces long-term physical strain and perceived discomfort

  Stop treating ergonomics as a separate checklist from the UI; evaluate the mental workload of a task simultaneously with the physical reach and repetitive motions to predict user fatigue accurately.

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• Human Factors · Occupational Ergonomics · 2018

  Negative desk inclination and elevated monitor height reduce musculoskeletal strain in university workstations

  Replace fixed-height desks with surfaces that offer a slight tilt (approx. 5-10 degrees) and integrate height-adjustable monitor arms to accommodate varying torso lengths.

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• Human Factors · American Journal of Applied Sciences · 2016

  Inward torque screwdriver design reduces grip effort and increases user comfort

  Replace traditional uniform screwdriver handles with ergonomic geometries that facilitate inward torque movement, particularly for high-resistance unfastening tasks.

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• Human Factors · Advances in transdisciplinary engineering · 2020

  Task-based control clustering reduces dashboard footprint by 30% while increasing postural comfort

  Eliminate secondary or rare controls from primary interaction zones and cluster high-frequency triggers within the natural arc of the user's hand to minimize reach-stroke.

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• Human Factors · TigerPrints (Clemson University) · 2010

  Seat geometry and posture significantly impact perceived comfort and fatigue in seated individuals.

  Incorporate detailed biomechanical analysis into the design process for seating to optimize for both comfort and reduced fatigue.

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• Human Factors · Iranian Journal of Public Health · 2022

  Body Mass Index and Weight Significantly Correlate with Seat Pressure, Impacting Driver Comfort and Safety

  Designers must consider the anthropometric diversity of users, especially BMI and weight, when designing seats to ensure optimal pressure distribution for comfort and safety.

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• Human Factors · Sustainability · 2022

  Optimizing High-Speed Train Seat Comfort: Stiffness and Angle Influence Subjective Ratings

  When designing seating, iterate on both material properties (like foam stiffness) and geometry (like backrest angle) using simulation and user feedback to achieve optimal comfort.

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• Human Factors · IOP Conference Series Materials Science and Engineering · 2020

  Virtual ergonomics assessment of bus driver seats reduces risk of musculoskeletal disorders.

  Design bus seats with adjustable features and contours that accommodate a range of driver anthropometries to minimize postural strain and enhance comfort.

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• Human Factors · 2017

  Subtle seat movement reduces driver discomfort by 20% over 60 minutes

  Integrate slow, subtle, and dynamic movement into automotive seat design to enhance driver comfort and reduce fatigue.

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• Human Factors · 2014

  Optimized tractor seat suspension reduces operator fatigue by 50% and improves postural comfort.

  In designing or specifying operator seats for vibrating machinery, prioritize suspension systems that actively attenuate low-frequency vertical vibrations, as this directly impacts operator endurance and well-being.

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• Human Factors · Revista da Associação Médica Brasileira · 2020

  Optimized Seat Angles Reduce Driver Lumbar Strain by 15%

  Design adjustable car seats that allow for a back-rest inclination of approximately 15° and a seat-pan inclination of approximately 7° backward to enhance driver comfort and reduce musculoskeletal strain.

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• Human Factors · Healthcare · 2023

  Four-Zone Support Model Optimizes Office Chair Comfort by 25% in Pressure Distribution

  Incorporate a four-zone support strategy in seating design, informed by pressure mapping, to enhance user comfort and ergonomic performance for common office postures.

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• Human Factors · Data Archiving and Networked Services (DANS) · 2004

  Virtual testing tools can reduce automotive seat development time and cost by 30%

  Incorporate virtual simulation tools into the early stages of automotive seat design to predict and optimize comfort before physical prototypes are built.

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