Starting Week
Month
Starting
Phase
One
Phase
Two
Phase
Three
Phase
Four
1
Jan
1
Brainstorm possible designs
1-Jan-16
1.5
2
2.5
Jan
Feb
Feb
15
1
15
ainstorm possible designs
Identify application
Research similar products
Target customers
Estimate market po

GaryWang
Nov.11,2010
IntroductionofTrussBeamFEAV2.0
The program was written in Matlab in 2009, initially for the course ENSC 281 Statics and
Strength of Materials at Simon Fraser University. V2.0 was developed in 2010 to accommodate
3-D structure analysis

Introduction to Matlab
Optimization Toolbox
MSE 426
/17/2016
SFU
Chengji Wu 301166999
Experiment date:
February 17, 2016
Report due date:
February 24, 2016
1
Introduction
Result
All questions were run 3 times or more to analyze the difference.
Question 1

Introduction to Matlab
Optimization Toolbox
MSE 426
/1/2016
SFU
Chengji Wu 301166999
Ivan Au
Hammad Qazi
Experiment date:
January 27, 2016
Report due date:
February 3, 2016
1
Introduction
The purpose of this project is to familiarize ourselves with fundam

Simon Fraser University
Faculty of Applied Science
Dynamic System Design Project
Team 15
Members
Milad Badiei (NA)
Sharanjot Kohli (301178106)
Bryce Wu (301166999)
Ringo Ng (301148946)
Jue Long Zhu (301158910)
Submission on April 1st, 2014
Table of Conten

%Analysis for point 1 to point 2
% point 1 and point 2 take 0.18 sec
x = 0.03; % spring displacement
k = 970.8; % spring constant
m = 0.01; % mass of the ball
g = -9.8;
e = 0.6827; % coefficient of restitution between ball and wooden slat
r= 0.014;
t1 = 0

SFU
MSE 300 The Business
of Engineering I
Case Study Project
Name: Bryce Wu
Student ID: 301166999
7/30/2014
Introduction and Description of the Case
This project will analyze the hypothetical company Mechatronic Systems Inc (MSI). The
different scenarios

D=
5
=0.104
48
I o=
Vo 5
=
=10 A
R 0.5
1
D
i L = ( V d V o )
L
fs
L=
1
D
V d V o )
(
iL
fs
1
0.104
5
Ltheo= ( 485 )
=8.94 10 H
1
50000
V o 2
fc 2
= ( 1D ) ( ) 2
Vo
2
fs
f c 2
f c=
2
2
2 fs
2 50000
=
2
=3362.76 Hz
2
2
1D
10.104
1
2 LC
Ctheo=
1
1
5
=
=

pleasing and be interesting to look at. Take the following photos (write this list down before leaving the classroom). All photos should have a main Center of Interest, be Balanced and demonstrate Unity.
1.extreme close-up with consideration of the backgr

MSE 492 FINITE ELEMENT ANALYSIS
Lab 1: Two Dimensional Truss FEA with MATLAB TrussBeam-2D
Lab 2: Two Dimensional Truss FEA with ANSYS
Lab Report
Bryce Wu
301166999
Introduction
In these 2 labs, our objective is to use Matlab and ANSYS to model and perform

Assume 5-year bond, interest rate 7%
The selling price is $9.4. However, the issue price is $9 due to decreasing supply
The flotation cost for common stock increases tp 12.5%
9*0.125*X
9X-9*0.125*X=40000000
x=5079370 shares
Bond Financial Statem
Beginning