Updates and Traffic
Master Programme overview
moved to the Linköping University web
by Lennart Strandberg,
employed by LiU as Visiting Professor from July 1999
WARNING: The
web-page below has not been revised since 26 October, 199.
Then, conditions were different
Vehicle Safety and Emissions
a Swedish University course
within an International Master's Programme
in Traffic Environment and Safety Management.
Call for Links, Literature,
Tutorials and Expertise
An accident is
unintentional, not unavoidable.

Study the laws of nature! They must be obeyed.
On short notice, people at the Linköping University (LiU) Institute of Technology prepared for another international master's programme. This new education in Traffic Environment and Safety Management is offered at Campus Norrköping, recently established and very popular among students. The first group of candidates arrived on 3 September 1998. Some of the programme outline is based on demands from participants in shorter international traffic safety courses at the Swedish Road and Transport Research Institute (VTI).
While still working full-time as a free-lance scientist in my company StOP close to Linköping, I (Lennart Strandberg) was asked to contribute to the programme by arranging a course in Vehicle Safety Systems. Fortunately, I could return on half-time to my position as a professor in accident research at the National Institute of Working Life (NIWL), kindly allowing me to spend time with the LiU for the Master's Programme. Thanks also to the Swedish vehicle industry, very qualified lecturers and relevant contents have been proposed from the first outlines of the course program below.
The first candidate meeting took place on 3 September 1998 at Campus Norrköping. If you are one of our foreign guests, I hope you will find yourself at home in Sweden and enjoy our new Campus. On your request October 19, some everyday life hints to foreigners in Sweden may be found below.
Since my vehicle course will not start until in late November,
you may want to check out some web-pages
on vehicle safety in advance. In the beginning,
I intend to extend the list of links quite often, so come back soon for
new views.
Now, all vehicle related links are on the same page below, to make it easier
for you to download them.
Comments on literature
will be particularly valuable, if they are submitted early.
When we have sorted things out in Norrköping, professional web-makers may take over with forms etc, where you may submit additional links and comments. We may also arrange the stuff in frames to simplify browsing.
Since the NIWL office is in the Stockholm area 200km north of Linköping, I use the StOP local resources and my company's Internet domain to simplify communication between experts who may contribute lectures, study visits, literature, experimental support, etc. To coordinate different parts of the course, people involved are encouraged to contact each other directly through the list of addressees, which may be extended below with individual names and Email addresses after approval.
MTC
Saab Automobile
Scania trucks
Skidcar
The Volvo Group Volvo
cars Volvo trucks
VTI
If you think that something should be added or revised in the course outline below, please contact me by Email (LS @ stop .se) or directly to my pocket cellular phone +4670-5432100 (in Sweden: 070- 54321 00). Send text messages (SMS up to 150characters) free of charge to my cellular phone from here.
If you provide information to this web-page or contribute otherwise to the Master's Programme, I will be happy to link to your Email-address or to appropriate web-pages at your own choice.
Due to time limits, this web-page has not been
approved by anybody else in the programme committee.
Much of the information here is based on my personal opinion and should
be considered preliminary - for preparatory communication only between
lecturers, experts and people involved in the education programme.
More reliable and approved information may be found at:
the LiU web-page on the
International Master's Programme in Traffic Environment and Safety Management.
The course aims at providing the students with the following abilities.
*) Not absolutely necessary, but preferable.
Credits: 5-8 points.
Lectures Seminars Laboratories Company visits (Field tests: 1 week).
Swedish vehicle manufacturers and the Swedish Motor Vehicle Inspection Company contribute substantially to this course with lecturers, study visits and laboratory lessons.
If possible, field measurements and driving tests will be carried out with instrumented cars (probably in the early 1999). Candidates participate in experimental planning, will get hands-on experience of data acquisition and may be occupants or drivers in the tests. Evaluation is included in the course program and takes place after returning to Norrköping.
Course literature to be announced. Compendium, study questions and answers, lecture notes.
Safety overview
(Lectures:4hrs, Laboratory=Car lessons:8hrs, Seminars:8hrs).
Content: C.23, C.1, C.8, C.24, (C.12).
Vehicle dynamics & Accident avoidance
Content: C.2, C.3, C.4,
Field tests & Measurements
(If possible: including 1week field testing lessons)
Content: C.5, C.6, C.7
Accident analysis & Vehicle risk assessment
Content: C.11, C.12, C.13, C.25
Collision dynamics & Crashworthiness
Content: C.10, C.14,
Environmental effects
Content: C.17, C.18, C.19
Vehicle design, production & marketing. Legislation & supervision.
Content: C.22, C.9, C.15, C.16,
C.20, C.21
Since the course does not start until in November, people (you) may suggest literature which is more suitable than the following proposals (under consideration in early September 1998). Due to the tight schedule, I have not yet had time to check out more recent editions. Please, excuse me if some of the listed textbooks below are unavailable on the market.
Gillespie, Thomas D. (1992). Fundamentals of Vehicle Dynamics.
Requested by ITN in early October
SAE Order No.
R-114, Society of Automotive Engineers, Inc. (495pages) ISBN 1-5601-199-9.
This textbook covers important areas of vehicle dynamics
from the accident avoidance perspective. However, its numeric examples
use units such as inch, lb, degrees, etc and not metric units. Its cartesian
coordinate system has the z-axis pointing downwards, instead of upwards
like in the vehicle models common in Swedish education and research. This
may be confusing, but will also give the students experience in conversions,
which they may encounter in forthcoming situations.
Metric units, upwards z-axis and
100 pages with test and measurement technology make the following
textbook a valuable supplement.
Zomotor, Adam (1987). Fahrwerktechnik:
Fahrverhalten.
Vogel Buchverlag (382 Seiten) ISBN 3-8023-0774-7.
A very useful handbook (not only
for accident investigators) which has been referred
to on the web in the late 90's:
Burg, Heinz & Hartmut Rau
(1981). Handbuch der Verkehrsunfallrekonstruktion.
Verlag INFORMATION Ambs GmbH (838 Seiten) ISBN 3 88550 020 5.
Collision mechanics is not covered
by the Gillespie book above.
Therefore, the following textbook may be needed, too.
Macmillan, R.H. (1983). Dynamics of vehicle collisions.
Requested by ITN in early October
Proceedings of the International Association for
Vehicle Design. SP5. (141pages) ISBN 0 907776 07 8.
Robert Bosch GmbH (199?). Automotive Handbook.
SAE publication in German, French and English from the Bosch
company. ISBN 0-89883-518-6.
Suggested by Chief Engineer Mats
Wallin at MTC Inc. for his lectures
on Environmental effects.
Doebelin, Ernest O. (1980). System Modeling and Response. Theoretical
and Experimental Approaches.
John Wiley & Sons, Inc. (587pages) ISBN 0-471-03211-5.
Jones, Ian S. (1976). The Effect of Vehicle Characteristics
on Road Accidents.
Pergamon Press. (219pages) ISBN 0-08-018963-6.
Schlesselman, James J. (1982). Case-Control Studies. Design,
Conduct, Analysis.
Oxford University Press, Inc. (354pages) ISBN 0-19-502933-X.
This epidemiological approach has been superior in
past investigations assessing relative risk factors in vehicles (and drivers).
If road and traffic factors interact, it may be necessary to neutralise
them by pairing case and control vehicles (drivers) with respect to road
and traffic conditions. See the reports below by Jones (1987). The method
will also open up a different perspective on the concept of exposure, which
may reveal new possibilities of safety improvements in drivers, vehicles
and their interaction.
The book may be covered by the October course in Traffic Statistics, given
by Mats Wiklund at the VTI.
Leasure, Jr. William A. & Williams, Jr. Sidney F. (1989).
Antilock Systems for Air-Braked Vehicles.
The 35th L. Ray Buckendale Lecture. SAE/SP-89/789 (indexed in
SAE Global Mobility Database, 67pages)
ISBN 0-89883-446-5.
Mobil Oil AB in Sweden will provide
the students with free copies of an illustrated popular overview of automobile
subsystems.
Mobil Oil Australia Ltd (1992). Your car and its functions.
(Retrieved in its Swedish translation: Din bil.
Så fungerar den.)
Certain parts of numerous reports
will be dealt with in detail.
Copies may be given to the students by the lecturers,
who are requested to provide the course secretariat with two reference
copies (in advance, please).
Some examples are given below.
Strandberg L, Nordström O, Nordmark S (1975). Safety problems in commercial vehicle handling. Proc. Symposium on COMMERCIAL VEHICLE BRAKING AND HANDLING. Highway Safety Research Institute, University of Michigan, U.S.A., May 5-7, 1975. UM-HSRI-PF-75-6, pp.463-528. Reprint in Report 82A, VTI.
Strandberg, Lennart (1978). Lateral Stability of Road Tankers.
VTI Report 138A. Volume I:
Main report, Volume II: Appendices.
Strandberg L (1983). On accident analysis and slip-resistance measurement.
ERGONOMICS, vol.26, no.1, pp11-32. Taylor & Francis,
London and Philadelphia.
The first part of this paper (pp.11-21) demonstrates
how certain hazards and basic similarities may be disguised and severely
underestimated by "single-type" accident models common in official
statistics, such as the ICD (International Statistical Classification of
Diseases, Injuries, and Causes of Death) used by the WHO.
Strandberg L (1983). Danger, rear wheel steering. JOURNAL OF OCCUPATIONAL ACCIDENTS, vol.5, pp39-58. Elsevier, Amsterdam.
The papers above and below on rear wheel steering include mathematical equations on yaw stability and critical speed, applicable to any four-wheel vehicle, irrespective of rear or front wheel steering.
Strandberg L, Tengstrand G, Lanshammar H (1983). Accident hazards of rear wheel steered vehicles. In G.Johannsen, J.E.Rijnsdorp (eds.) IFAC (International Federation of Automatic Control) Symposium on ANALYSIS, DESIGN and EVALUATION of MAN-MACHINE SYSTEMS, 1982, Baden-Baden. Pergamon Press, Oxford & New York.
Stein, Howard S. & Ian S. Jones (1987). Crash Involvement
of Large Trucks By Configuration.
A Case-Control Study. Insurance
Institute for Highway Safety, January 1987.
Jones, Ian S. & Howard S. Stein (1987). Defective Equipment
and Tractor-Trailer Crash Involvement.
Insurance Institute
for Highway Safety, September 1987.
Strandberg L (1987). On the braking Safety of Articulated Heavy Freight Vehicles. Proceedings of the OECD SYMPOSIUM ON THE ROLE OF HEAVY FREIGHT VEHICLES IN TRAFFIC ACCIDENTS, Montreal, Canada, April 28-30, 1987. VTI Reprint 134.
Neilson I, Strandberg L & other members of an EEVC Working Group (1987). European Review of Heavy Goods Vehicle Safety. Proceedings (pp 655673) on the ELEVENTH INTERNATIONAL TECHNICAL CONFERENCE ON EXPERIMENTAL SAFETY VEHICLES (ESV), Washington D.C., May 1215, 1987. VTI Reprint 136.
Strandberg, L (1989). Braking Characteristics of 400 Heavy Vehicle Trailer Combinations from Denmark, Finland, Norway and Sweden. Proceedings of the 12th ESV Conference (Gothenburg), Volume I: pp.139-159. VTI Reprint 135.
Strandberg L (1989). Skidding Accidents and their Avoidance with Different Cars. Proc. (pp.825-828) 12th INTERNATIONAL TECHNICAL CONFERENCE ON EXPERIMENTAL SAFETY VEHICLES (ESV), 29 May-1 June. VTI Reprint 158.
Strandberg L (1990). Aggressiveness and Accident Avoidance Properties of Heavy Freight Vehicles. Proc. of THIRD EUROPEAN WORKSHOP ON RECENT DEVELOPMENTS IN ROAD SAFETY RESEARCH (ed: K.Rumar). VTI Report no.366A, pp 81-88.
Strandberg L (1991). Crash Avoidance Capability of 50 Drivers in Different Cars on Ice. Proceedings (pp.810-826) on the THIRTEENTH INTERNATIONAL TECHNICAL CONFERENCE ON EXPERIMENTAL SAFETY VEHICLES, ESV, Paris, November 1991 (paper S7-O-08). VTI Reprint 179.
Strandberg L (1993). Workshop on Assessments of Driving Safety and of Crashworthiness. Proceedings (pp.343-348) on the 26th International Symposium on Automotive Technology and Automation, ISATA, Dedicated Conference on Road and Vehicle Safety, (paper no.93SF078). VTI Reprint 227.
Strandberg L (1995). Driving and crash safety with antilock brakes (ABS). VETA Dialogue no.3 (6 pages).
Strandberg L (1995). Misleading anti-looks at Antilocks. Accident reconstruction with ABS brakes concealed? VETA Prologue 951115 (5 pages).
List of reports to be extended
Associates contributing to the course
SAE - Society
of Automotive Engineers
Global Mobility Database Main Page
1998 FISITA World Automotive Congress
Yahoo Automotive Manufacturers
Auto-Links - Web Sites of Interest to the Automobile Industry
The U.S. journal Car and Driver
Search engine understanding sentences
in English, for instance:
braking
cars with anti lock ABS brakes
Some of "Jeeves" answers follow
below
Illustrated technical descriptions
of car subsystems
Brake
system overview
Hydraulic
brake system operation (NOT heavy vehicle air brakes)
Anti-Lock (ABS)
brakes
ABS brakes
devaluated due to ignorance of mileage?
ABS in Swedish winter tests
with 66 ordinary drivers
Don't "jerk
the steering wheel when emergency braking with ABS! It can get you
in big trouble"
"Practice
sudden stops in a safe situation!" (Animation demonstrating
steerability)
Bosch Electronic Skid Prevention (ESP)
Fatalities due to Better Front Tyres?
Bridgestone
tyres
Continental tyres
Goodyear tyres
Michelin tyres
The U.S. National
Highway Traffic Safety Administration
The Swedish Road Administration
The independent VETA association
Debate on CO2-emissions and the
Greenhouse Effect:
Are variations
in atmospheric temperature caused by solar activity rather than by
anthropogenic CO2-emissions?
Are global climate
changes leading to changes in atmosphere CO2-contents instead of the other
way around?
(diagram from analyses
of 160000 year old polar ice by Australian independent scientist
John L. Daly)
Statement by Atmospheric Scientists
on Greenhouse Warming
List of links to be extended
web-site
http://www.stop.se/ visit
© 1998 Lennart
Strandberg
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