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About 10,000 papers for “Production engineering”

Production Engineering

Michael J. Economides, Kazimierz Glowacki, Reza G. Kashmiri et al. · Elsevier eBooks · 1996

Cited by 39

Production Engineering

D. F. Galloway · 2026

Although production engineering as we know it today was scarcely bom in 1850, it had been forming, in embryo, for centuries. The transition from the iron age to the steel age in the second half of the nineteenth century facilitated the rapid development of machinery at a time when the organization of workers was beginning, and so brought together effectively the two main essentials for production, tools and labour. It is true that even before the epoch of 1066 craftsmen could be described as “planning, controlling and executing processes by which material is given a pre-determined form with the aid of machines, tools and labour,” which is one of the broader definitions of modern production engineering, but it was only after Crompton had invented his mule, Hargreaves his jenny, and Watt his engine, and only after the bitter conflicts between masters and men which led to such legislation as the early Factory Acts that production engineering became a distinct recognizable part of modern industry, a part which could conceivably grow to its present immense stature.

Cited by 0

Production Engineering

El Sgher, Mohamed · The Research Repository @ WVU (West Virginia University) · 2021

Cited by 0

Production Engineering

Bilgesu, Huseyin Ilkin · The Research Repository @ WVU (West Virginia University) · 2018

Cited by 0

Production Engineering

Florian Lugauer, Andreas Kandler, Stefan Meyer et al. · Production Engineering · 2013

The importance of hybrid composites is increasing, particularly with regard to structural lightweight construction. Therefore, a joining process for the production of hybrid bonds using induction technology is examined in this paper. An appropriate test rig was developed, assembled, commissioned and characterized for this purpose. Heating tests with titanium Ti6Al4V were carried out with this device to determine the influence of the process parameters on the temperature level and the temperature field. This applies in particular to the feed rate, the sample geometry, the relative positioning between sample and inductor as well as to the inductor setting like induction frequency and pulse width modulation. Based on the results of these examinations, a two-stage heating process was developed, which allows the formation of a homogeneous temperature field in the range of the melting and degradation temperature of the used polymer (PPS; Ten-Cate Cetex TC1100) and thus to achieve optimized bond strengths. More specifically, a short phase with a high energy input was used for quick and intensive warming and a longer time period was deployed to reach an even distribution of temperature. Subsequently, joints with CFRP were produced with a specimen geometry suitable for tensile shear tests according to DIN EN 1465 (Adhesives-determination of tensile lap-shear strength of bonded assemblies; German version EN 1465 The analysis of the tensile shear strength and the fractured surfaces shows that the metal is much more difficult to heat up due to the melting enthalpy of the plastic than preliminary tests indicated. Further tests were carried out, which revealed a threshold value for heating where the temperature was sufficiently high to achieve a complete coating of the plastic on the metal can be achieved. In summary, the investigations showed that the presented method as well as the design of the test rig is generally suitable for bonding metal to thermoplastic polymers. The influence of various parameters on heating and bond strength could be identified. Moreover a process has been established, which allows industrially useful bonding forces. This not only proves that further investigations are useful, but also laid the foundation for further experiments.

Cited by 7Open access

Engineering production.

Institution of Production Engineers (Great Britain) · The Journal of the Abraham Lincoln Association

Cited by 0Open access

Production Engineering 2

Papers Admin, UJ Exam · University of Johannesburg · 2015

Exam paper for first semester: National Diploma (Industrial Engineering)

Cited by 0Open access

Production Engineering 2

Papers Admin, UJ Exam · University of Johannesburg · 2016

Exam paper (Supplementary) for the first semester 2016\

Cited by 0Open access