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Alloy Effects, Phase Diagrams, Microstructure (Series Part 1 of 3)

$49.00
$49.00
$49.00
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Bi-Metallic Tooling

$49.00
$49.00
$49.00
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Die Design: Thermal Design Theory (Series Part 5 of 18)

$49.00
$49.00
$49.00
Available for Immediate Download/Access

Energy Efficiency of Induction Melting Systems for On-Demand

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Induction melting systems specially designed for On-Demand Melting applications are a subset of commercially available induction furnaces. Although their working principle is the same, on demand melting systems are designed to produce small quantities matched with the immediate demand of the die casting machine. One of the implications of achieving high melting rates with an induction furnace is the risk of incurring in higher energy loses due to the higher power needed to achieve rapid melting. Thus, monitoring energy efficiency is key to developing successful on demand melting systems based on induction melting technologies. This study presents an analysis on the main factors influencing the energy efficiency of induction coils such as energy loss through the cooling fluid, load size, tuning of the resonant circuit, and frequency. An experimental setup was developed to measure water flow, voltage, temperature, and energy consumption. These measurements were later utilized to perform
Wednesday, January 22, 2020
12:00pm - 1:00pm Central Time


Cost:
Corporate Members:$49
Individual Members: $69
Non Members:$99



Guidelines for Personal Protective Equipment in Die Casting

916
$20.00
$40.00
$40.00

Guidelines for Personal Protective Equipment in Die Casting

916-D
$10.00
$20.00
$20.00
Available for Immediate Download/Access

Marking Methods for Die Castings

$49.00
$49.00
$49.00

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