Digital production planning and human simulation of manual and hybrid work processes using the EMA Software Suite
- Michael Spitzhirn, Sascha Ullman, Sebastian Bauer, and Lars Fritzsche

Physics-based simulation for assessing the effect of anthropometric variability on efforts and ergonomics
- Jacques Zhong, Vincent Weistroffer, Pauline Maurice, Francis Colas, and Claude Andriot

Design concept evaluation in digital human modelling tools
- Lars Hanson, Dan Högberg, Erik Brolin, Anna Brolin, Mikael Lebram, Aitor Iriondo Pascual, Andreas Lind, and Niclas Delfs

Using time-based ergonomics evaluations to assess worker well-being in multi-objective optimizations
- Aitor Iriondo, Elia Mora, Dan Högberg, Lars Hanson, Mikael Lebram and Dan Lämkull

The effects of handedness during two-handed asymmetric box lifting
- Jazmin Cruz and James Yang

Improving ergonomic value of product interface materials using numerical digital human models
- Gregor Harih and Vasja Plesec

On the progress of knowledge-based motion simulation techniques in ergonomic vehicle design
- Hans-Joachim Wirsching and Norman Hofmann

Influence of different pedestrian behavior models on the performance assessment of autonomous emergency braking (AEB) systems via virtual simulation
- Lucas Fonseca, Martin Meywerk and Lars Schories

Takeover performance according to the level of disengagement during automated driving
- Evan Gallouin, Xuguang Wang, Philippe Beillas and Thierry Bellet

Quantifying vision obstruction of Formula One (F1) halo concept variants
- H. Onan Demirel and Sriram Srinivasan

The use of DHM to quantify the a measure of direct vision performance in trucks
- Steve Summerskill, Russell Marshall, Abby Paterson and Anthony Eland

An overview of software and file exchange formats in 3D and 4D body scanning
- Sofia Scataglini and Steven Truijen

Digitizing human scalp shape through 3D scanning
- Peng Li, Asbed Tashjian, and Matthew Hurley

Development of body shape data based digital human models for ergonomics simulations
- Erik Brolin, Niclas Delfs, Martin Rebas, Tobias Karlsson, Lars Hanson, and Dan Högberg

A methodology to obtain anthropometric measurements from digital human models in movement
- Alfredo Ballester, Ana Ruescas, Jordi Uriel, Eduardo Parrilla, Alfredo Remón, and Sandra Alemany

Simulation of abdominal belt effects on IAP and spinal compressive force with musculoskeletal human model
- Zhenkai Zhao, Leiming Gao, Benjamin Simpson, and Neil Mansfield

Effects of sex and weighted vest load arrangements on lower biomechanics and jump height during countermovement jump
- Juan Baus, John R. Harry, and James Yang

Joint velocity dependence of fatigue in isokinetic tasks
- Ritwik Rakshit, Shuvrodeb Barman, Yujiang Xiang, and James Yang

Effects of environmental factors on physical workload of motor-manual timber harvesting using motion capturing data within a biomechanical model
- Oliver Brunner, Christopher Brandl, and Verena Nitsch

Multi-modal event standardization platform of biometric-derived musculoskeletal injury risk in active duty service members
- Joseph Alemany, Meghan Garvey, Kristin Gowers, Robyn Highfill-McRoy, Patrick Walsh, and Arlington Wilson

Wrist model for the whole human hand
- Esteban Peña-Pitarch

User-guided grasp planning for digital hand
- Yi Li, Niclas Delfs, and Johan S. Carlson

Modeling and simulation of a powered exoskeleton system to aid human-robot collaborative lifting
- Asif Arefeen and Yujiang Xiang

Prediction of walking kinematics and muscle adaptation under lower limb exoskeleton assistances
- Neethan Ratnakumar, Vinay Devulapalli, Niranjan Deepak, and Xianlian Zhou

Experimental assessment of effectiveness of arm-supporting exoskeleton for overhead work
- Ting Xia, Parisa Torkinejad Ziarati, Simon Kudernatsch, and Donald Peterson

Automatic generation of partially homogenized FEM human body models based on 3D body scan data
- Yordan Kyosev, Tino Kühn, and Ann-Malin Schmidt

Moving deforming mesh modeling of human organ systems
- Hamid Reza Mortazavy Beni, Mohammad Saidul Islam, and Gunther Paul

Development and evaluation of personalized human body buttock-thigh finite element models in terms of soft tissue deformation for seat comfort assessment
- Goutham Sridhar Madhavan

Optimization of nucleus pulposus removal rate in the intervertebral disc during artificial nucleus replacement using lumbar finite element model simulation
- Yeeun Kang, Jaemin Kim and Junghwa Hong

Understanding buttock deformation in a seated posture
- Russell Marshall, Michael Harry and Michael Fray

Developing a full-body finite element model and its validation for seating comfort
- Shenghui Liu, Philippe Beillas, Li Ding, and Xuguang Wang

Identifying the best objective function weightings to predict comfortable motorcycle riding postures
- Justin Davidson and Steven Fischer

Hip joint simulation for occupant packaging design
- Estela Perez Luque, Erik Brolin, Maurice Lamb, and Dan Högberg

Analysis of the influence of non-driving-related activities on seat parameters and sitting postures
- Manuel Kipp

Using Santos Pro™ trade-off analysis to inform the rear chassis design of a novel electric scooter
- Steven Fischer, Justin Davidson, and Sanjay Veerasammy

Improved modeling approaches for the usage of mixed linear effects models in empirical digital human models
- Martin Fleischer

Modeling human variability: Performance envelopes versus distributions
- Randall Hodkin and Michael Miller

Developing a response surface methodology to determine the best objective function weightings for predicting probable postures
- Justin Davidson, Joshua Cashaback, and Steven Fischer

Santos and Sophia predict human behavior
- Karim Abdel-Malek, Rajan Bhatt, Chris Murphy, and Marco Tena Salais

ME-BVH: Memory Efficient Bounding Volume Hierarchies
- Evan Shellshear, Yi Li, and Johan S. Carlson

The study of endolymph flow and hair cell control analysis simulation model through electromagnetic fields
- Hyeyeong Song, Soonmoon Jung, and Junghwa Hong

Multi-factorial modeling of comfort in an aircraft cabin considering thermal, noise, and vibration metrics
- Neil Mansfield, Geetika Aggarwal, Frederique Vanheusden, and Steve Faulkner

Reinforcement learning with virtual human agents of varying visual characteristics
- Nitesh Bhatia and Omar Matar

Human digital twin with applications
- Zhiqing Cheng

Identifying benefits of using an instruction language for virtual simulation of manual assembly and logistics
- Peter Mårdberg, Johan S. Carlson, and Dan Högberg

Modeling ability to perform common soldier tasks based on the Army Combat Fitness Test dead lift
- Laura A Frey-Law, Rajan Bhatt, Russell Schneider, Guillermo Laguna Mosqueda, Marco Tena Salais, Landon Evans, and Karim Abdel-Malek

Improving the efficiency of virtual-reality-based ergonomics assessments with digital human models in multi-agent collaborative virtual environments
- Melanie Waddell, Francisco Garcia Rivera, and Maurice Lamb

Fusion of AI-based vision system and inertial sensor system for the human motion capture
- Veeresh Elango, Simona Petravic, and Lars Hanson

Definition of spinal joint coordination laws for repositioning a digital human model based on MRI observations in four different postures
- Shabahang Shayegan and Xuguang Wang

Subject-specific balance stability characteristics of human walking with preferred, fast, and slow speeds
- Joo H. Kim

Forward and Backwards Reaching Inverse Kinematics (FABRIK) solver for DHM: A pilot study
- Maurice Lam, Seunghun Lee, Erik Billing, Dan Högberg, and James Yang