Proceedings: 8th Int. Conf. - Cambridge, England, 1984

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P.F.J. ABEELS:
Modelisation des pneus hors rutes et du sol en vue de l'amelioration de la traction (Modelling of off road tyres and soil for improved traction) (including English translation).

G.Y. BALADI and B. ROHANI:
Development of a soil wheel interaction model.

P. BOONSINSUK and R.N. YONG:
Soil complicance influence on tyre performance.

J.G. HETHERINGTON and I. LITTLETON:
The rolling resistance and sinkage of towed dual wheel combinations in sand.

T. PAUL:
Performance prediction of pneumatic tyres on sand.

M. RONAI:
Effects of slip on energy distribution between tyre and soil.

J. SWIECH:
Traction forces of drive tyre on the compacted soil.

G.W. TURNAGE:
Prediction of in sand tire and wheeled vehicle drawbar performance.

M.D. BENNETT and P.G.H. PENNY:
Dynamic simlation of track laying vehicles.

D.N.L. HORTON and D.A. CROLLA:
Designing off road vehicles with good ride behaviour.

H. JUNKER and A. SEEWALD:
Theoretische Untersuchung einer Aktiv Federung für Rad-Schlepper (including English translation).

W. POPPY and A. ULRICH:
Leistungssteigerung und Verbesserung des Fahrkomforts bei selbstf. Baumasch. durch Reduz. einsatzbed. Nick- und Hubschwingungen.

H. FUJII and T. WATANABE:
Stresses in situ by bulldozers.

L.L. KARAFIATH:
Finite element analysis of ground deformation beneath moving track loads.

E.B. MACLAURIN:
A rig for testing the soft soil performance of track systems.

A. MIERZWICKI:
Die Abhängigkeit der Bodentragfähigkeit und der Zugkraft von der Abstandsgröße der Bodenplatten (including English translation).

P. PARRINGER:
The dynamic interaction between track and soil.

M.M. PONYCYLIUSZ:
Analysis of ground pressure distribution beneath tracked model with respect to external loading.

J.Y. WONG and J. PRESTON-THOMAS:
A comparison between a conventional method for predicting tracked vehicle performance.

R.N. YONG, H. ELMAMLOUK and N. SKIADAS:
Effect of hitch positions on the performance of track/grouser systems.

ZHANG KE-JIAN:
Grouser effect studies.

G.H. HOHL:
Ride comfort of off road vehicles.

N.R. MURPHY:
Further development in ride quality assessment.

C. STRAUSS and W. CHRIST:
Comparison of measured and simulated ride comfort for an agric. tractor and infl. of speed and tyre infl. pressure on dyn. resp.

K. OHMIYA and K. MATSUI:
Characteristics of farm field profiles as sources of tractor vibration.

CHEN BING CONG and CHAO YU FAN:
The researchof the driving wheel with movable lugs of the paddy field floating tractor.

DENG ZHUORONG and YOUG SHUCHENG:
An investigation of the driving wheel trust paddy field tractors.

H. ESAKI:
Mobility of the small combine (track type) on soft ground Relationship between the position of the center of gravity and the mobility.

AN JUN ZHENG:
The stress strain time graph of rheological soils and its application.

S.X. WU, J.H. HU and J.Y. WONG:
Behaviour of soil under a lugged wheel.

M. YAMAZAKI and T. TANAKA:
Prediction accuracy of the torques for rotary tillage by an analog tool.

T.L. ZHANG and J.Y. SHAO:
The analysis on the dynamic performance of a single lug.

A. GRECENKO:
Study of the motion of agricultural vehicles on steep grasscovered slopes.

A.G.M. HUNTER:
Some stability and control problems with trailed farm tankers on slopes.

H.B. SPENCER and D.A. CROLLA:
Control of tractors on sloping ground.

G. WRAY, J. NAZALEWICZ and A.J. KWITOWSKI:
Stability indicators for front end loaders.

I. BOLLING:
Pressure tests in soil below tires of agricultural vehicles.

S. HATA and K. TATEYAMA:
Quality control in soil compaction by behaviour of exciter.

B. MARKLUND:
Smoother terrain machine.

S. SHAABAN:
Compaction of sand using ordinary off road vehicles.

D.L.O. SMITH:
A simple prediction model for soil compaction under various wheel loads and geometries as an aid to vehicle design.

J.H. TAYLOR and E.C. BURT:
Flotation tires and subsurface compaction.

B.D. WITNEY, E.B. ELBANNA and K. ERADAT OSKOUI:
Tractor power selection with compaction constraints.

P. DUDZINSKI and H. HAWRYLAK:
The guidelines to design the lever turning gears in articulated vehicles.

F. EIYO and M. KITANO:
Study on controllability and stability of high speed tracked vehicles.

M. McALLISTER:
Forces on undriven, angled wheels.

A. OIDA:
Turnig behaviour of articulated frame steering tractor.

I. SCHMID:
A tracked vehicle test plant for the simulation of dynamic operation.

H. SCHWANGHART and K. ROTT:
Profileinfluss auf Widerstands und Lenkkräfte frei rollender Reifen (incl. english translation).

N. SUGIYAMA and H. KONDO:
Basic study on the turning resistance of track.

K. WATANABE and M. KITANO:
Study on steerability of articulated tracked vehicles.

C.P. CROSSLEY:
Energy for field operations in developing countries.

M.J. DWYER:
Computer models to predict the performance of agricultural tractors on heavy draught operations.

R. FACCHINI:
Differential equations of the vehicle's linear motion:
Mathematical solution and experomental approaches.

G. JAHNS and H. STEINKAMPF:
Tractor soil implements Functional interactions and models.

W. KÖPPEL and C. STRAUSS:
Areal evaluation of vehicle mobility.

J.C. LARMINIE:
Predicting the performance of fast cross country vehicles.

B.S. CHITTAWADGI, H.C. DHARIWAL and R.S. BHATKOKESHWAR:
Microproc. based speed governing of diesel engines in mobile applic. for best performance.

B.T. FIJALKOWSKI:
Electronic-commutator AC/DC motordriven tracked all terrain vehicles with extremely high mobility.

T.J. HOLAMN:
Rotary hydraulic suspension damper for high mobility off road vehicles.

I.O. KAMM, G. WRAY and J. NAZALEWICZ:
Quick connect intervehicle coupling system.

T. MURO, S. HATA and R. FUKAGAWA:
Estimation of wear life of heavy dump truck tyre.

H. RIEGER:
RUD introduces a chain device type "Terra" The new combination of polyurethan and alloy steel for snow, sand and off the road terrain.

J.M. WILKES, S.W. BURRAGE and M.J. VARLEY:
Use of microcomputer technology to improve the performance of tractor implement combinations.

D. GEE-CLOUGH and M.A. SAGARA:
Measurment of soil properties in dryland and wetland conditions.

W.L. HARRISON, G.G. GIMMESTAD and S.M. LEE:
The measurment of snow properties for mobility applications:
the unfrozen water content.

I. LITTLETON and J.G. HETHERINGTON:
The modification of soil strength characteristics due to the presence of vegetation.

M. SAARILAHTI:
Microwave sensor for the trafficability studies of snow.

E.W. TOLLNER:
A lubricated cone penetrometer for quantifying the soil physical condition.

M. UENO:
A consideration of elasto plastic model for the composite soil.

R.D. WISMER:
Soil bin facilities:
characteristics and utilization.

A.-F.A. YOUSSEF:
Properties of desert silty soil in relation to vehicle mobility.

J.A. CUTHBERTSON:
Cuthbertson tracks.

A.E. HASSAN:
An all terrain vehicle equipped with central tire inflation system.

R.W. KACZMAREK:
Central tire inflation systems (CTIS) A means to enhance vehicle mobility.

P.T. MICKELSON:
Rubber tracks for machinery and vehicles in forestry and agriculture.

K. OGAKI and Y. TAMURA:
Improvements in crawler tractor tractioin.

V. TANDARA:
Noise reduction in terrain-vehicle T 11.

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