Transportation Engineering and analysis Transition
CE 3700

Fall 2012
CIVILEN 3700: Transportation Engineering and Analysis
The Ohio State University
Dr. Mark R. McCord
Autumn 2012
Assignment #6: Parking Lot Queuing (20 points)
Date handed out: Tue. November 13, 2012
Da
Transportation Engineering and analysis Transition
CE 3700

Fall 2012
CIVILEN 3700: Transportation Engineering and Analysis
The Ohio State University
Dr. Mark R. McCord
Autumn 2012
Assignment #2: OD flow and travel time analysis from CTL data (25 points)
Date handed out
Transportation Engineering and analysis Transition
CE 3700

Fall 2012
Macroscopic Traffic Analysis
Definitions and Relationships
Volume #Vehicles passing a point during a given time period [veh]
Flow Rate (Q) Rate at which vehicles pass a point [veh/hr]
Headway (H) Amou
Transportation Engineering and analysis Transition
CE 3700

Fall 2013
1
SKIDDING AND STOPPING DISTANCE
Consider a vehicle with initial velocity, Vo, and decelerating at constant rate, a.
How far does this vehicle travel before its velocity is Vf?
S = Area =
a=
S=
S=
+
Transportation Engineering and analysis Transition
CE 3700

Fall 2013
1
INTRODUCTION TO TRANSPORTATION
ENGINEERING AND ANALYSIS
Transportation: The movement of an economic or social good between two
geographic locations
Transportation Analysis: The study of the factors
Transportation Engineering and analysis Transition
CE 3700

Fall 2013
CIVILEN 3700
PARKING LOT QUEUING
NAME
: AHMAD FAUZI (fauzi.5)
ID
: 500167177
1. Table 1 shows the cumulative number of arrivals and cumulative number of departures at
the end of each 30second interva
Transportation Engineering and analysis Transition
CE 3700

Fall 2013
CIVILEN 3700
ASSINGMENT 5 : SKIDDING DISTANCE
NAME:
AHMAD FAUZI (fauzi.5)
DATE:
10/26/2017
QUESTION 1
All the table below show the cumulative skid distances of a vehicle as well as the table of coefic
Transportation Engineering and analysis Transition
CE 3700

Fall 2013
OSU Campus Transit Lab (CTL): Background,
Data, Applications, and Outreach
Mark R. McCorda,b
Rabi G. Mishalania
Andre Carrela,b
a Civil
& Environmental Engineering
b City & Regional Planning
The Ohio
Transportation Engineering and analysis Transition
CE 3700

Spring 2016
* ' ' ' The Ohio State University
Autumn Semester 2012
CIVILEN 3700: TRANSPORTATION ENGINEERING AND ANALYSIS
Exam 2 (60 points)
Date: Nov. 1, 2012
Instructions
(a) Please write your name in the space
Transportation Engineering and analysis Transition
CE 3700

Fall 2013
Transportation Sustainability
Of increasing interest in practice
ABET and American Society of Civil Engineers:
1. Curriculum: The curriculum must include principles of
sustainability in design
1
Aspe
Transportation Engineering and analysis Transition
CE 3700

Fall 2013
Colleen McErlean
9/20/16
CE 3700
OD Flow and Travel Time Analysis from CTL Data
Problem 1
Looking at the APC data given in the base case, which can be found in Appendix A, we
are able to perform the I
Transportation Engineering and analysis Transition
CE 3700

Fall 2013
Colleen McErlean
10/18/16
CE 3700
Sight Distance on Vertical Curve
Given Values:
G1 = 0.02
G2 = 0.03
SD = 900
Yo = 400
H1 = 3.5
H2 = 2.0
Problem 1:
The minimum length of vertical curve, Lmin, that wo
Transportation Engineering and analysis Transition
CE 3700

Fall 2013
Colleen McErlean
CE 3700
Homework #7 Parking Lot Queuing
November 1, 2016
1. Use these data to determine the cumulative number of arrivals and cumulative
number of departures at the end of each 30sec
Transportation Engineering and analysis Transition
CE 3700

Fall 2013
Colleen McErlean
CE 3700
Homework #5 Skidding Distances
November 1, 2016
Problem 1:
For a given roadway surface condition, one can find below, incremental and cumulative
skidding distances for a vehic
Transportation Engineering and analysis Transition
CE 3700

Fall 2013
Colleen McErlean
CE 3700
HW #6 Macro Traffic Analysis
November 15, 2016
PART 1
1. Determine the spacemean speed and timemean speed in miles per hour. Show your
intermediate steps. Use tables to summ
Transportation Engineering and analysis Transition
CE 3700

Fall 2013
1
Colleen McErlean
9/8/16
CE 3700
Assignment1: People Mover System
1. Considering the information given for the base case, the expected time for a passenger to
reach his or her destination represented
Transportation Engineering and analysis Transition
CE 3700

Fall 2013
Colleen McErlean
CE 3700
Homework #3
September 27, 2016
1.
(a) In the first half of OSU Campus Transit Lab (CTL) the importance of the OSU bus
system being utilized as a living lab is talked about in
Transportation Engineering and analysis Transition
CE 3700

Fall 2013
CIVILEN 3700:
Transportation Engineering and Analysis
Assignment #2:
OD flow and travel time analysis from CTL
data
Name
name.#
Date
: Ahmad Fezree Fauzi
: fauzi.5
: 9/14/2017
Problem 1:
a) The APC da
Transportation Engineering and analysis Transition
CE 3700

Fall 2013
Ahmad Fauzi (fauzi.5)
CIVILEN 3700
Assignment #3
1.
a) The Campus Area Bus Service (CABS) is widely used by The Ohio State University
(OSU) students to commute to and from campus daily. In order to en
Transportation Engineering and analysis Transition
CE 3700

Spring 2016
5 (12pm)
\
6 (101m)
\
(69's) \
Subtotals7
\
Page I 9’9 Page 2 of9 Page 3 ofg Problem 1
(1 Pt end!)
a. Whatisthetireslipwhenthe
(Circle one answer.)
moss
II. A value between 096 and 1009‘
III. 096
ve
Transportation Engineering and analysis Transition
CE 3700

Spring 2016
TABLES
Table 6.1 LOS Criteria for Basic Freeway Segments
A
B
Criterion
Max density (pc/mi/ln)
Average speed (mi/hr)
Maximum service flow rate (pc/hr/ln)
11
75.0
820
18
74.8
1350
Max density (pc/mi/ln)
Transportation Engineering and analysis Transition
CE 3700

Spring 2016
CIVILEN 3700, Autumn 2015
Concepts you should know so far on uploaded Exams
Updated 16 November 2015 27 November 2015 4 December 2015 8 December 2015
Further updates and possible changes will be comin
Transportation Engineering and analysis Transition
CE 3700

Spring 2016
The Ohio State University
Autumn Semester 2012
CIVILEN 3700: TRANSPORTATION ENGINEERING AND ANALYSIS
Exam g (60 points)
Date: Dec. 10, 2012
Instructions
(a) Please write your name in the space provide
Transportation Engineering and analysis Transition
CE 3700

Spring 2016
The Ohio State University
Autumn Semester 2013
CIVlLEN 3700: TRANSPORTATION ENGINEERING AND ANALYSIS
Exam 3 (60 points)
Date: Dec. 9, 2013
Instructions
(a) Please write your name in the space provided
Transportation Engineering and analysis Transition
CE 3700

Spring 2016
The Ohio State University
Autumn Semester 2014
CIVILEN 3700: TRANSPORTATION ENGINEERING AND ANALYSIS
Exam 3 (60 points)
Date: Dec. 15, 2014
Instructions
(a) Please write your name in the space provide
Transportation Engineering and analysis Transition
CE 3700

Spring 2016
The Ohio State University
Autumn Semester 2015
CIVILEN 3700: TRANSPORTATION ENGINEERING AND ANALYSIS
Exam 2 (5f) poims)
Date: Nov. 3. .7015
Instructions
(11) This is an inelnss closed book and closed
Transportation Engineering and analysis Transition
CE 3700

Spring 2016
1
1) The number of arrivals, cumulative arrivals, and cumulative departure for the given data set for
September 2nd and 3rd at the time 8:10:00 to 8:32:00 are calculated below in Table 1 and 2. Sample
Transportation Engineering and analysis Transition
CE 3700

Spring 2016
Column1
Vehicle ID
Linear Distance in feet from Reference Point at Time
Column2
Column3
Column4
to
to+2[sec]
1
630
435
2
725
535
3
835
650
4
910
745
5
980
810
6
1060
890
Avg spacing (t0)
Avg space (t0
Transportation Engineering and analysis Transition
CE 3700

Fall 2013
Amirul Rahman Zamri
CE 3700
Assignment #7
1. Table 1 shows the cumulative number of arrivals and cumulative number of departures at
the end of each 30second interval between 8:10:00 and 8:32:00 and t
Transportation Engineering and analysis Transition
CE 3700

Fall 2013
G1
G2
SD
h1
h2
0.02
0.03
900
3.5
2
Yo
500
A=
0.05
5
Lmin from formula =
1876.476 SD<L?
L for analysis =
1876.476
Yes
Yvc (X=L) = 490.617618
Xeye
Xobj
inc
n
0
900
10 f
Yvc(Xeye)
Yvc(Xobj) sight line
Y
Transportation Engineering and analysis Transition
CE 3700

Fall 2013
CIVILEN 3700:
Transportation Engineering and Analysis
Assignment #4:
Sight Distance on Vertical Curve
Name
name.#
Date
: Ahmad Fezree Fauzi
: fauzi.5
: 10/10/2017
The Individualized data used for this