Force Atlas for Assembly Operations Part II

Project No. FF-FP 0262

Status:

completed 04/2008

Aims:

- realization of an atlas of maximal isometric action forces of the whole body/shoulder-arm-system and the hand-finger-system for real type working postures in industrial operations
- development of a method for the determination of maximum recommended force limits

Activities/Methods:

- Development of a measuring concept
- Design and construction of two mobile modular systems for the measurement of maximal static forces
- Development and adaptation of the software
- Testing the measurement systems in the field and laboratory as well as optimization of the measurement procedure
- Force measurements in the field and laboratory
- Creation of an evaluation and presentation concept
- Statistical processing of force data and their presentation as a force atlas
- Development of an evaluation method for the determination of maximum recommended force limits

Results:

The "force atlas for assembly operations" shows the maximum isometric force values as percentiles under typical real-case conditions for 54 force exertions performed with both hands of the whole-body system, and for 38 force exertions of the hand-finger system. By means of correction factors, which were determined in the laboratory studies, the maximum forces can be determined for asymmetrical and one-handed force exertions.
Based upon this data, an evaluation method was developed for determining the maximum recommended force values in consideration of personal and task-specific parameters which is suitable for use in both planning analyses and analyses of existing situations.

Last Update:

07-Jul-2009

Project

Financed by:
  • Deutsche Gesetzliche Unfallversicherung e. V. (DGUV)
Research institution(s):
  • TU Darmstadt, Institut für Arbeitswissenschaft
Branche(s):

-cross sectoral-

Type of hazard:

Arbeitsbedingte Erkrankungen, Arbeitsbedingte Gesundheitsgefahren, Gestaltung von Arbeit und Technik

Catchwords:

Belastung, Ergonomie, Physische Beanspruchung/Belastung

Description, key words:

whole-body forces, finger forces, assembly workplace, workplace planning, hazard assessment, maximum "recommended" force values