Proceedings: 1st Int. Conf. - Turin, Italy, 1961

Order proceeding now

D.C. DRUCKER:
On stress-strain relations for soils and load carrying capacity.

R.M. HAYTHORNTHWAITE:
Methods of plasticity in land locomotion studies.

R.L. SCHIFFMAN:
Analysis of the displacements of the ground surface due to a moving vehicle.

L.J. GOODMAN and C.N. LEE:
Effects of remolding on soil values related to vehicle mobility.

G.G. MEYERHOF:
The bearing capacity oi soils under vehicle loads.

TRAFFICABILITY RESEARCH TEAM: Forecasting of trafficability after traffic for sands possessing structures.E.T. SELIG, K.E. HOFER and N.A. WEIL: Elastic response of soil to tracked vehicles.F.L. UFFELMANN:
The performance of rigid cylindrical wheels on clay soil.

C. DE GREGORIO:
Sul trasportatore tutta ruota.

C.J. NUTTAL:
The steering of tracked vehicle by articulation.

G. BONMARTINI:
Ruota strada:
cingolo fuori strada.

N.W. RADFORTH:
Land factors and vehicle design in operations on organic terrain.

J.G. THOMSON:
Vehicle design from field test data.

S. TSUNEMATSU and K. MATSUI:
Relation of shape of track shoes to tractive force of the crawler type tractor on peat soil.

J.L. BOGDANOFF and F. KOZIN:
On the statistical analysis of linear vehicle dynamics.

F. KOZIN and J.L. BOGDANOFF:
On the statistical properties of the ground contour and its relation to the study of land locomotion.

D.C. CLARK and L. SEGEL:
The steering and drawbar pull performance of pneumatic tired vehicles.

T. TANAKA:
The statical analysis and experiment on the force to the tractor wheel.

W. BERGMANN, E.A. FOX and E. SAIBEL:
Dynamics of an automobile in a cornering maneuver on and off the highway.

J.E. SHIGLEY:
The mechanics of walking vehicles.

W.F. BUCHELE:
Application of the soil parameters to vehicular mechanics.

F. PAVLICS:
Bevameter 100. A new type of field apparatus for measuring locomotive stress-strain relationships in soils.

I.J. SATTINGER and S. STERNICK:
An instrumentation system for the measurement of terrain geometry

S.J. KNIGHT and A.A. RULA:
Measurement and estimation of the trafficability of fine grained soils.

A.R. REECE and B.M.D. WILLS:
Forced slip wheel and track tester.

G.E. VANDEN BERG, I.F. REED and A.W. COOPER:
Evaluating and improving performance of traction devices.

D.E. COBB, G.T. COHRON and J.D. GENTRY:
Scale model evaluation of earthmoving tools.

W.F. BUCHELE:
Instrumentation for land locomotion studies.

TRAFFICABILITY RESEARCH TEAM:
A proposed recording penetrometer.

J.R. PHILLIPS:
Brief description of the six component oblique rolling wheel machine recently constructed and tested at the University of Western Australia.

A. FINNEY:
Special applications of high mobility tires.

W.J. TURNBULL and D.R. FREITAG:
The behavior of sand under pneumatic tires.

W. SÖHNE and F.J. SONNEN:
Messungen von Rollwiderstand und Zugkraft von luftbereiften Schleppern sowie mech. Bodenkenngrössen und Versuch einer Zuordnung.

J.R. PHILLIPS:
The powered vehicular wheel plane rolling in equilibrium: a consideration of slip and rolling resistance.

G.W. STEINBRUEGGE:
The ideal tractive efficiency of soil.

S.J. KNIGHT and M.P. MEYER:
Soil trafficability classification scheme.

N.W. Mc LEOD:
Influence of multiple compartment tires on off the road vehicle mobility.

A.D. SELA:
On the slip and the tractive effort.

A. ORLANDI:
Il fenomeno dell'aderenza di un cingolo fuori strada.

M. WEINBLUM and S. ORLOVSKI:
Factors affecting wheeled tractor traction on sandv loess soils.

H.H. HICKS:
A similitude study of the drag and sinkage of wheels using a system of soil values related to locomotion.

C.J. NUTTAL and R.P. McGOWAN:
Scale models of vehicles in soils and snows.

W.L. HARRISON:
Analytical prediction of performance for full size and small scale model vehicles.

Z. JANOSI and B. HANAMOTO:
The analytical determination of drawbar pull as a function of slip for tracked vehicles in deformable soils.

Z. JANOSI:
An analysis of pneumatic tire performance on deformable soils.

M.G. BEKKER:
Evaluation and selection of optimum vehicle types under random terrain conditions.

J.A. RYAN:
Some predictions as to the possible nature and behavior of the lunar soils.

N.A. WEIL:
Probable soil conditions on the moon and terrestrial planets.

TRAFFICABILITY RESEARCH TEAM:
A suggested empirical combination between the Bekker and the Vicksburg methods in trafficability analyses of deep loose sands.

E.T. VINCENT:
Pressure distribution on and flow of sand past a rigid wheel.

J. REMUS:
Etude de l'adherence, en partant des moyens actuellement pratiques pour tenter de l'ameliorer.

H. VON SYBEL and F. GROSSE SCHARMANN:
Triebkraftsteigerung bei Geländefahrzeugen durch das Schub Schritt Verfahren.

A. ASSUR:
Traffic over frozen or crusted surfaces.

E.T. VINCENT:
Land locomotion in United States universities.

Order proceeding now