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【PDF】Selecting Optimal Ingot Sizes for Bethlehem Steel

at the Bethlehem Plant, we developed a two-phase, computer-based procedure for select- ing optimal ingot dimensions and internal ingot mold dimen- sions

Review: Optimal Scheduling for Energy Savings of Ingot

Literature Review: Optimal Scheduling for Energy Savings of Ingot Processing Optimal Scheduling for Energy Savings of Ingot Processing Article · August

The development of optimal ingot heating patterns in soaking

Based on the discrete state space model of the ingot-pit systems and the novel algorithm for solving the constrained optimal control problems

A Simulation Study for Optimal Pull-Speed Schedule of Ingot

To control ingot diameter and pull speed of ingot for crystalline silicon solar cell, various control techniques are applied. The main theme of this study

optimal ingot size selection (VHS tape, 1988) [WorldCat.org]

Get this from a library! Bethlehem Steel Corporation. A set covering approach for optimal ingot size selection. [Francis J Vasko; Kenneth L Stott; Floyd

Edge Retention – What CATRA Reveals about the Optimum

2018618- – What CATRA Reveals about the Optimum Edgeto handle the larger carbides of the ingot steelsilicon carbide is as effective at removi

of the Optimal Chemical Capping Parameters for Ingots of

Determination of the Optimal Chemical Capping Parameters for Ingots of Selected Grades of Rimming Steel. Article · September 1983 with 1 Reads

The Computer-Aided Optimal Heating of Forging Ingots Using

ASME.ORG Sign In [Journal of Mechanical Design] Search AdvancedSearch Home Journals Applied Mechanics Reviews ASCE-ASME Journal of Risk and

Recycled Material Manufacturers - Ingot Process | ENF Company

List of Recycled Material manufacturers. A complete list of solar material companies involved in Recycled Material production for the Ingot Process.

Selecting Optimal Ingot Sizes for Bethlehem Steel on JSTOR

To take maximum advantage of a new ingot mold stripping facility, which was installed in 1984 at the Bethlehem Plant, we developed a two-phase,

A Study of Optimum Growth Rate on Large Scale Ingot CCz (

A Study of Optimum Growth Rate on Large Scale Ingot CCz (Continuous Czochralski) Growth Process for Increasing a Productivity

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