Mini-Projects
Engineering Risk and Uncertainty
By
Phong Le
Praveen Kumar
Junho Song
Sotiria Koloutsou-Vakakis
Tami Bond
Murugesu Sivapalan
Eliza Gawenda
rtainty
Mini-project #6
Sample Statistics: Mean
Mini-Project #1:
Introduction to concepts of variability, uncertainty, and risk
All natural phenomena have significant variations in time and space that make a scientists and an engineers tasks both
i
Mini-project #2:
Probability, sample space, conditional probability
We are now familiar with the concepts of variability, risk, and uncertainty that are very important for civil engineers. This leads
Mini-project #3:
Probability Distribution, Discrete and Continuous PDF, Joint PDF
So far, we have studied with some basic concepts in probability. However, there is a need to use mathematical tools fo
Mini-project #4
Mathematical Expectations: Mean and Variance
- Civil engineers often conduct various experiments and observations for their purposes. In general, collected data is analyzed
statistical
Mini-project #5
Discrete Probability Distributions and Engineering Applications
- Most engineering phenomena are subject to random influences and hence their output are random variables. In order to
m
Mini-project #6
Sampling Distributions
Sampling distributions are one of the most important problems in statistics and are used entensively in engineering because
they provide a major simplification o
Assignments and Mini projects
Seat quadrant
Seat quadrant will rotate every two weeks.
You get up to two attempts to submit. Its your
responsibility to not upload files or submit answers
until you hav
2-27. Samples of a cast aluminum part are classified on the
basis of surface finish (in microinches) and edge finish. The
results of 100 parts are summarized as follows:
Edge Finish
Excellent
Good
Sur
2-27. Samples of a cast aluminum part are classied on the
basis of surface nish (in microinches) and edge nish. The
results of 100 parts are summarized as follows:
Edge Finish
Excellent Good
Surface E
CEE 202 Fall 2016
Engineering Risk & Uncertainty
Course Syllabus, version 3
3 semester hours
Official Course Description: Identification and modeling of non-deterministic problems in civil
engineering
Mini-project #10
Continuous Probability Distributions and Fitting a PDF
There are many continuous probability distribution. All of them are widely used in engineering. This mini-project 10 reviews
som
Mini-project #9
Simple Linear Regression
Linear regression is one of the most common techniques in engineering problems. If the correlation shows the two variables x
and y to be linear associated, the
Example for Mini-Project #3
MEAN, MEDIAN, VARIANCE, AND STANDARD
DEVIATION FUNCTIONS IN EXCEL
The three main measures in quantitative statistics are the mean, variance, and standard
deviation. This ex
Mini Project #3
Engineering Risk and Uncertainty
BY:
Tami Bond
Eliza Gawenda
Mini Project #3 - Joint Probability Distributions
For this mini project, only one (1) topic is available.
Excel: SUM and SU
Mini-Projects
Engineering Risk and Uncertainty
By
Eliza Gawenda
Phong Le
Praveen Kumar
Junho Song
Sotiria Koloutsou-Vakakis
Tami Bond
Murugesu Sivapalan
rtainty
Mini-project - Graphing Data Sets
For t
Mini Project #5
Engineering Risk and Uncertainty
BY:
Tami Bond
Eliza Gawenda
Mini Project #5 - Binomial Probability
For this mini project, only one (1) topic is available
Functions
NORM.DIST
SYNTAX
Th
Mini-Projects
Engineering Risk and Uncertainty
By
Phong Le
Praveen Kumar
Junho Song
Sotiria Koloutsou-Vakakis
Tami Bond
Murugesu Sivapalan
Eliza Gawenda
rtainty
Mini-project #2: Probability Distributi
Mini-Projects
Engineering Risk and Uncertainty
By
Phong Le
Praveen Kumar
Junho Song
Sotiria Koloutsou-Vakakis
Tami Bond
Murugesu Sivapalan
Mini-Project # 1
Mini-Project # 2
Mini-Project # 3
Mini-Proje
University of Illinois at Urbana-Champaign
Dept. of Civil and Environmental Engineering
CEE 202: Engineering Risk & Uncertainty
Spring 2016
CEE 202: Engineering Risk and Uncertainty
Normal Distributio
University of Illinois at Urbana-Champaign
Dept. of Civil and Environmental Engineering
CEE 202: Engineering Risk & Uncertainty
Spring 2016
CEE 202: Engineering Risk and Uncertainty
Normal Distributio
Mini-Project #7
Sample Estimation and Prediction Intervals
One of the main objectives of inferential statistics is the reliable estimation of population characteristics of random variables.
These proc
Mini-project #8
Hypothesis Testing and Goodness of Fit Test
Hypothesis testing is the use of statistics to determine the probability that a given hypothesis is true. The usual process of
hypothesis te
CEE 202
Engineering Risk and Uncertainty
Lecture 7 Mathematical Expectation Linear
combinations
Covariance
2
Means and Variances of Linear
Combinations of Random
Variables
3
Theorem
4
Proof
5
Corollar