- Type of paper
: Book
Title: INTRODUCTION IN ROAD PROJECTING AND BUILDING
- Authors:
- Korlaet, Željko (22206)
- Editors
- Dragčević, Vesna
Publisher: GRAĐEVINSKI FAKULTET
ISBN: 953-6272-02-4
Year: 1995
Number of pages: 208
Number of references: 25
Language: hrvatski
- Type of paper
: Paper in proceedings
Title: DRIVING GEOMETRY
- Authors:
- Korlaet, Željko (22206)
Proceedings title: THE EAST-WEST EUROPEAN ROAD CONFERENCE, VOLUME 2, THEME 3
Language: njemački
Place: Warszawa, Poland
Year: 1993
Pages: from 190 to 194
Meeting: THE EAST-WEST EUROPEAN ROAD CONFERENCE
Held: from 09/22/93 to 09/24/93
Summary: Detailed researches carried out in this paper
includedetermination of trajectory movements of various vehicle
types,determination of numerical and graphical procedures for
movementgeometry and comparison of obtained results with experimentalvalues
from polygon's driving.
Through modification of numerical procedure and defining of thecriteria for
their application adequate accuracy of vehiclemovement geometry
determination was ensured.
Keywords: movement geometry, vehicle, horizontal curve
- Type of paper
: Paper in proceedings
Title: PRINCIPLES FOR DESIGNING OF THE SERPENTINE
- Authors:
- Dragčević, Vesna
- Korlaet, Željko (22206)
Proceedings title: ZBORNIK RADOVA, KNJIGA II, TEMA II GOSPODARENJE, GRAĐENJE I ODRŽAVANJE CESTA
Language: hrvatski
Place: Zagreb
Year: 1995
Pages: from 676 to 681
Meeting: PRVI HRVATSKI KONGRES O CESTAMA
Held: from 10/23/95 to 10/25/95
Summary: On the base of experimental research of horizontal movement
geometry of vehicles, model of simulation movement of varies types of
vehicles were developed and tested. Simulation was made on the computer by
computer program Autoturn. Analyses of movement geometry of varies types of
vehicles were performed and all influential parameters such as curve
radius, chlotoid parameters and deflection angels were varied. Results of
researches are principals for serpentine designing according to the
principals of movement geometry.
.
Autori:
Mr. sc. Vesna Dragčević, dipl. inž. građ., Građevinski fakultet Sveučilišta
u Zagrebu, Kačićeva 26, Republika Hrvatska; Prof. dr. sc. Željko Korlaet,
dipl. inž. građ., Građevinski fakultet Sveučilišta u Zagrebu, Kačićeva 26,
Republika Hrvatska
Keywords: serpentine, path of vehicle movement, vehicle
- Type of paper
: Paper in proceedings
Title: DESIGNING SPEED
- Authors:
- Korlaet, Željko (22206)
- Dragčević, Vesna
Proceedings title: ZBORNIK RADOVA, KNJIGA II, TEMA II, GOSPODARENJE, GRAĐENJE I ODRŽAVANJE CESTA
Language: hrvatski
Place: Zagreb
Year: 1995
Pages: from 670 to 675
Meeting: PRVI HRVATSKI KONGRES O CESTAMA
Held: from 10/23/95 to 10/25/95
Summary: Important conditions for correct designing and performing
of base rule for safe traffic are: fundamental knowledge of all terms that
represent term SPEED and which we can find in validity technical
regulations, methods of determination their value and application in design
of road elements.
Design principles of varies countries offer different types for solve this
problems. In these paper's solutions from Ours, German, Austrian and Swiss
design principles were analysed and represented.
On basis of critical analyses' proposals of names, meanings, methods of
determining and methods of using of term SPEED were offered. SPEED is one
of the most important parameter for road designing. From this reason,
author wants to give initiatives for scientific discussions in the course
of bringing of new Croatian's principles of road designing for road out of
city.
Keywords: speed
- Type of paper
: M.A.
Title: SERPENTINE DESIGNING ACCORDING TO THE PRINCIPLES OF
MOVEMENT GEOMETRY
Faculty: GRAĐEVINSKI FAKULTET U ZAGREBU
Author: DRAGČEVIĆ-VUJČIĆ VESNA
Date of defense: 12/28/94
Language: hrvatski
Number of pages: 188
Summary: In the project was included research on serpentine
designing according to the principles of movement geometry. All influential
parameters such as: vehicle type, curve radius, clothoid parameters and
deflection angles varied. Relevant vehicles were determined by statistic
analyses performed according to year catalogues of European car
manufacturers observing a sixteen year period. For designing path of
vehicle movement was used the computer program AUTOTURN which is an
application program inside the AUTOCAD. According the path of vehicle
movement was determined the serpentine pavement edge. The same are
substituted by systematized and presented in the project. The road curves
are analytically defined.
Keywords: serpentine, path of vehicle movement, vehicle
- Type of paper
: Mentorship
Title: SERPENTINE DESIGNING ACCORDING TO THE PRINCIPLES OF
MOVEMENT GEOMETRY
Faculty: GRAĐEVINSKI FAKULTET U ZAGREBU
Mentor: KORLAET ŽELJKO
Date of defense: 12/28/94
Number of pages: 188
Author: Dragčević Vesna
Degree level: M.A.
- Type of paper
: Computer program
Title: HALTG
- Authors:
- Pollak, Branko (74976)
- Korlaet, Željko (22206)
Institution depot: GRAĐEVINSKI FAKULTET SVEUČILIŠTA U ZAGREBU
HW platform: PC 386
Operating system: DOS
Programming language: basic
Year: 1992
Summary: On the base of Halter and Guhlmann's procedure program
withgreat (tested) accuracy simulates moving all single vehicles andvehicle
trains.
Keywords: vehicle, movement trajectory, drive geometry
- Type of paper
: Technical report
Title: CHOICE OF COMPETENCE VEHICLE
- Authors:
- Dragčević, Vesna
- Korlaet, Željko (22206)
Institution depot: GRAĐEVINSKI FAKULTET SVEUČILIŠTA U ZAGREBU
Year: 1993
Number of pages: 56
Language: hrvatski
Summary: The determination of characteristic types of single
vehicles(passenger car, single unit truck, standard bus) and vehicletrains
(semitrailer, truck with trailer, articulated bus) isdetail analyses of
vehicle dimension for movement geometry:wheelbase, front and rear overhang,
towbar, place of kingpin andarticulating section.
Analyses is based on statistical treatment of the mentioneddimensions for
all vehicle types taking into consideration trendsof development in vehicle
production and respection European andCroatian regulations on vehicle
dimensions.
Keywords: vehicle types, vehicle dimensions
