Case 1 Integrated Logistics Overview This case finds Tom Lippert‚ sales representative for DuPont Engineering Polymers (DEP)‚ in a situation common to today’s competitive sales environment. His company‚ as a supplier to a major manufacturer (GARD)‚ is faced with changing times. GARD is in the midst of a “changing of the guard” as Mr. Lippert’s long-time contact‚ Mike O’Leary‚ retires. O’Leary’s successor‚ Richard Binish‚ brings a new set of supplier expectations to the fore of GARD’s
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Paul Munnelly Business Logistics & Transportation Case Study 1 Integrated Logistics for DEP/GARD Company: C1 C2 C3 C4 C5 C6 Percentage: 60‚60‚15‚15 25‚25‚15‚15 15‚15‚25‚25 60‚60 25‚25 25‚25 Compound: A B E F A B C D A B E F C D E F C D DEP Materials Inventory (7 Days) Manufacturing (6-8 Days) Distribution Warehouse DEP Truck (since destination is within 200 miles) GARD 1. As
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IIBM Institute of Business Management Examination Paper MM.100 Logistics Engineering and Management Section A: Objective Type (30 marks) This section consists of Mixed Type questions & Short Answer type questions. Answer all the questions. Part One questions carry 1 mark each & Part Two questions carry 5 marks each. Part One: Multiple Choices: 1. Analysis method in which evaluation of alternative design configuration using multiple criteria is a. Level of repair analysis b. Maintenance
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pont12/07/13 DuPont™ Elvaloy®-Analysis of Thermoplastics Used in Pipe Liners DuPont Home Our Company Select Industry Global [change] Science Sustainability Investor Center Media Center Career Center Search DuPont - Select - DuPont Home « Products & Services « Elvaloy « Technical Info Elvaloy® Home Products Sales & Support Technical Info Analysis of Thermoplastics Used in Fold-and-Form Pipe Liners by E. R. Griffin‚ Senior Technical Specialist DuPont Company Of the 200‚000
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The Tensile Behaviour of Common Engineering Polymers Abstract The mechanical properties of polymers vary significantly from polymer to polymer as a result of atomic structures and bond strength. The tensile properties of representative samples from the common polymer were tested and evaluated in this experiment. This laboratory experiment is also designed to demonstrate the procedure used for obtaining mechanical properties as modulus of elasticity‚ yield strength‚ ultimate tensile strength
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KING FAHD UNIVERSITY OF PETROLEUM & MINERALS Systems Engineering Department SE 405 (062) Lab # 1 INTRODUCTION AND MANUAL SIMULATION Objective 1: Introduction to Simulation. A comprehensive introduction to the problem of simulation is given in this lab. The students are introduced to the area by giving several examples from daily life. The different nature of simulation-based programming is emphasized. The concepts of timing and event list are illustrated through the use of relevant
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Chemistry 26/03/2013 The polymer Introduction What is polymer? Polymer is a huge macromolecule comprise many thousands of small molecules created through Joining together chemically. Polymers are everywhere in our life. Many industries extremely rely on polymers‚ for example‚ food court‚ tons o ’toys and dollar dungeon. Those all are stuff made out of polymers. In addition there are lots kind of polymers ‚ such as aramid‚ Carbon fiber‚ Rayon and so on. Now‚ this Essay will investigate Tons
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1 Experiment 15: Exploring the World of Polymers Objective: In this experiment‚ you will explore a class of chemical compounds known as polymers. You will synthesize and modify polymers‚ test their properties and use a fabrication technique to produce an object from a polymer. Introduction (See Tro‚ pp 985-987.) The importance of both natural and synthetic polymers in our lives cannot be overestimated. The desirable properties of these macromolecules‚ such as tensile strength and flexibility
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1. Important characteristics required for materials in Automotive Engineering Polymers have been used in the automotive industry for many decades. It is regarded as an efficient material as it is very durable and could significantly reduce production costs. However‚ as technology advances‚ new polymers are found and better alternatives are paved for the automotive industry. The vehicles we see today are very different than that of the yesteryears. This proves how far the automotive industry has
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6. POLYMERS and elastomers Lecture no. 1 Objectives: Definition‚ Functionality‚ Classification of high polymers – based on origin‚ molecular structure. 6.1.1. DEFINITION: The word polymer is derived from the two greek words‚ poly and meros‚ meaning many and parts or units respectively. Polymers are macro molecules formed by linking smaller molecules repeatedly‚ called monomers. Examples: Polythene is formed by linking a large number of ethene (or ethylene) molecules together
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