Module Code: PM 505 Class/Group: Group A Module Title: Science & Engineering Double Project Assessment Title: Secondary Research Project Assignment Title: Feasibility of Carbon Fibers to Replace Steel in Manufacturing Civilian vehicles Tutor Name: Bob Wallace‚ Ben Brown Student ID Number: 2014268 Date of Submission: Thursday 26th June 2012 Word count：7350 Abstract Carbon fiber composites have recently attracted much attention as lightweight materials in the automotive industry‚ particularly
Premium Carbon fiber Carbon Composite material
Project Management‚ 2e (Pinto) Chapter 3 Project Selection and Portfolio Management 3.1 True/False 1) Numeric project selection models‚ by their very nature‚ employ objective values. Answer: FALSE Diff: 2 Section: 3.1 Project Selection Skill: Definition AACSB Tag: Reflective 2) Every decision model contains both objective and subjective factors. Answer: TRUE Diff: 3 Section: 3.1 Project Selection Skill: Factual AACSB Tag: Reflective 3) A simplified scoring model
Premium Internal rate of return Net present value Project management
1. Does Project 2007 function more like Microsoft Office Excel or Microsoft Office Access? Why? Complete Project Plan Schedule Creation & Integration with Resources along with Resource Allocation & Cost estimation is easier & unique to Project 2007. With knowledge of further VB Scripting or Macro creation – we can create these functions in all 3 application --Data is stored in Table Views; We have the capability for Charts; Time / Resource Allocation & Calculation; Database functionality (ODBC
Premium Microsoft Office Project management Working time
OIL SPILL PROJECT NO.6 Statement of Problem: In this project‚ the goal is to apply the knowledge of fluid dynamics in order to determine the effect of two parameters (oil density and volume fraction) on how long will it take for an oil drop to rise a distance of 1m in an oil/water distribution. Data: The following information was provided; | |Water | | | | | | | |
Premium Liquid Mathematics Thermodynamics
Project Cost Control Tools & Techniques Jason Owens‚ jason@jasonowens.com Scott Burke Matthew Krynovich DJ Mance Last Updated: 1/15/07 Project Cost Control Tools & Techniques Contributors: Introduction Owens‚ Jason‚ jason@jasonowens.com Burke‚ Scott Krynovich‚ Matthew Mance‚ DJ The formatting and minor edits of this document have been updated since its original creation. Contact information for some of the contributing authors has been removed for reasons of privacy
Premium Project management
26.73 3.00 0.02 14.76 3.00 0.03 8.91 3.00 0.04 5.40 3.00 0.05 3.55 3.00 0.06 3.01 Part B: Vee Notch Enclosed angle of Vee notch‚ θ = 90° Volume (L) Height‚ H (m) Time‚ t (s) 3.00 0.01 56.20 3.00 0.02 15.84 3.00 0.03 7.56 3.00 0.04 3.64 Calculations Part A: Rectangular Notch Volume Collected (m3) Height of Water Level‚ H (m) Time for Collection‚ t (s) Volume Flow Rate‚ Qt (m3/s) H3/2 Rectangular Notch (m3/2) Rectangular Notch Discharge Coefficient‚ Cd 0.003 0.010 26.73 1.12×10-4 1.00 ×
Premium Volumetric flow rate Length
International University SCHOOL OF BUSINESS COURSE SYLLABUS1 Project Management Note: The outline with specific venue and time‚ and updated learning materials for the current semester will be provided to the enrolled students by the lecturer 1. COURSE STAFF Lecturer: Room: 207 Telephone: E-mail: Consultation Hours: 8.00 – 11.00 Thursday morning or by appointment Teaching Assistant: 2. COURSE INFORMATION 1 2.1 Teaching times
Premium Project management
Calculate WACC using book values: The weight of debt is calculated by adding the current portion of long-term debt‚ notes payable and long-term debt‚ and dividing it by the sum of debt and equity. $5.4 + 855.3 + 435.9 = $1‚296.6 $1‚296.6 / (1‚296.6 + 3‚494.5) = .27 = 27% The weight of equity is calculated by dividing the total shareholder equity by the sum of debt and equity. $3‚494.5 / (1‚296.6 + 3‚494.5) = .73 = 73% Cost of Debt To find the cost of debt I subtracted the tax savings from
Premium Interest Finance Stock market
Overview Back to Top This Course Project will provide you with practical experience in applying the skills‚ tools‚ and methodologies contained in the coursework for PROJ592. You will be generating a detailed project plan‚ including a project work breakdown structure‚ schedule‚ and cost estimate to justify the project‚ and then use these tools to monitor‚ control‚ and forecast results of your project. In Part 1 (CP-1)‚ you will select a project which requires sufficient tasks and detail to demonstrate
Premium Project management
Calculation on the molar enthalpy change of a neutralization reaction Principle H2SO4(aq)+2NaOH(aq)=Na2SO4(aq)+2H2O(l) The reaction is a exothermic reaction‚ when the heat released by it is absorbed by water‚ the temperature of the water increases. The heat produced by the reaction can be calculated if it is assumed that all the heat is absorbed by the water. Heat change of reaction=-heat change of water =-mH2O×cH2O×△TH2O As the water has gained the heat produced by the reaction‚ the heat change
Free Thermodynamics Temperature Sodium hydroxide