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Klaus Kuspert
12-13-1994, 10:34 PM
Dear netters,

here is a summary of the responses I got to my search for kinematic
data. Thanks to all who responded to my request. My original question
was:

>Dear netters!
>
>I want to do some gait analysis to calculate the forces in the knee.
>At the moment I work with the kinematic data of Braune and Fischer
>(1896). It seems to me that there must be newer (published) data
>available.
>More precisely I am interested in:
>- 3-D-coordinates of the joint centers of all body segments for a
>walking subject preferable together with
>-the related ground reaction forces and moments
>-the estimated 3-D-coordinates of the center of mass of the segments
>(or some sort of coefficient to calculate from the jointcenters)
>-data concerning the properties of inertia of the segments
>-data concerning the mass of the segments
>
>Thank you in advance for your help. If there is a public interest I
>will post a summery of the responses
>
>Klaus


GAITLAB from Dwight Meglan:
You will find 3D motion and load data for the knee during walking
(also inertia parameters) buried inside the sample data I have
included with the PUBLIC DOMAIN gait package I wrote a while back.
You can grab the program, source code, and sample data from

magnus.acs.ohio-state.edu under the directory /pub/gaitlab.
There are text files there that explain most things.


JP Paul 1967, University of Glasgow, Scotland, dissertation for a
reductionist method.


I recently bought C.L. (Kit) Vaughan's book and software package
"Gait Analysis Laboratory" (Human Kinetics Publishers). It
included a disk with 3-D kinematic and force plate data (and
EMG). There is also software for analysis on the disk, and the
methodology is completely described in the accompanying book.

The publishers are Human Kinetics and they can be contacted in Europe
at


Human Kinetics
P.O. Box IW14
Leeds, LS16 6TR
United Kingdom

tel: 0532 781708
fax: 0532 781709


Farkas, R.: Der Test des Tests - Komplexe Analysen biomechanischer
Laufschuhtests. Diss. Deutsche Sporthochschule Koeln, Verlag Shaker,
Aachen 1994.

Glitsch, U.: Einsatz verschiedener Optimierungsanstze zur komplexen
Belastungsanalyse der unteren Extremitt. Dissertation, Deutsche
Sporthochschule Koeln, 1992.

Krabbe, B.: Zur Belastung des Bewegungsapparates beim Laufen.

Diss. Deutsche Sporthochschule Kln, Verlag Shaker, Aachen 1994.

Siebertz, K.M.: Biomechanische Belastungsanalysen unter
Bercksichtigung der Leichtbauweise des Bewegungsapparates. Diss. RWTH
Aachen, Cuvillier Verlag, Goettingen 1994.


Chandler et al. (1975). Investigation of inertial properties
of the human body. Technical Report No. AMRL-TR-74-137. Wright
Patterson
Air Force Base, Ohio, 45433.

It can be requested to:

NATIONAL TECHNICAL INFORMATION SEVICE.
U.S. Department of COmmerce
Springfield, VA. 22151.


McConville, J.T., Churchill T.D., Kaleps I., Clauser C.E., Cuzzi J.:
Anthropometric relationships of body and body segment moments of
inertia
AFAMRL Technical Report 80-119, Wright-Patterson Air Force Base,
Ohio, 1980.


Zatsiorsky, V.M, Aruin, A.S., Raitsin, L.M., Prilutsky, B.I. &
Selujanov, V.N. (1983). Biomechanical Characteristics of the Human
Body. In: W. Bauman (Ed) Biomechanics and Performance in Sports.
pp.71-84, Schorndorf: K. Hofman Verlag.

Zatsiorsky, V. and Selujanov V. (1983) The mass and inertia
characteristics of the man segments of the human body. Biomechanics
YIII-B (Eds. Matsui, H., and Kobayashi K.) pp. 1151-1159. Human
Kinetic Publishers.


Zatsiorsky, V.M., Aruin, A.S., Selujanov, V.N. (1984). The
Biomechanics of the Human Musculo-skeletal System (Biomechanik des
Menschlichen Bewegungsapparates). Berlin: Sportverlag (in German).

Zatsiorsky, V., and Selujanov V. (1985) Estimation of the mass and
inertia characteristics of the human body by means of the best
predictive regressions equations. Biomechanics IX-B (Eds. Winter,
D.A., Norman R.W., Wells, R.P., Hayes K.C., and Paftla, A.E.) pp.
233-239. Human Kinetics.


Zatsiorsky, V., Selujanov V., and Chugunova L. (1990). In vivo body
segment inertial parameters determination using a gamma-scanner
method. In Biomechanics of Human Movement: Applications in
Rehabilitation, Sports and Ergonomics. (Eds. Berne N., and Capozzo
A.) pp. 186- 202. Bertec Corp. Worthington, OH
---

Dipl.-Ing. Klaus Kuspert
University of Darmstadt
Institut of Mechanics I
Hochschulstrasse 1
D-64289 Darmstadt
Germany
klaus@mech1host.mechanik.th-darmstadt.de