نتایج جستجو برای: science production

تعداد نتایج: 1050359  

Background and Aim: Science production is the main basis of all programs to achieve sustainable development. Currently, the most important indicators of science production are the number of articles indexed in databases. In the present research, the scientific output of the work of researchers at Birjand University of medical sciences, manifested in the "Web of Science" database were taken into...

Journal: :JTAER 2012
Narciso Cerpa

We would like to thank our co-editors, editorial board members, guest editors, referees and authors that have contributed to JTAER with new ideas and editorial work during the last seven years. Based on their suggestions last year we implemented the Editorial Board Communications System, and this year we are implementing a platform to support of a research network and an alert system. Together ...

2011
Ya-Hui Lin Yan-Chun Chen

This research is derived an integrated model of economic production quantity, inspection and preventive maintenance to incorporate rework, minimal repair and inspection time for an imperfect production system. Some proportions of non-conforming items are assumed scrap before the rework process start and others are reworked. The rework process is imperfect that is a proportion of the reworked it...

2004
Erasmus K. Okine John A. Basarab Laki A. Goonewardene Priya Mir

In the beef production system, 70-75% of the total dietary energy is used for maintenance (Ferrell and Jenkins 1984; NRC 1996; Montaldo-Bermudez et al. 1990). Thus, while only 5% of the total life cycle dietary energy consumption is used for protein deposition in beef cattle, swine and poultry are more efficient at 14 and 22%, respectively. The relatively large size, slow maturity and slow repr...

2007
Anil Kumar Singh

Agricultural production system is an outcome of a complex interaction of seed, soil, water and agro-chemicals (including fertilizers). Therefore, judicious management of all the inputs is essential for the sustainability of such a complex system. The focus on enhancing the productivity during the Green Revolution coupled with total disregard of proper management of inputs and without considerin...

2005
KAI FURMANS

Heijunka is a key-element of the Toyota production system. It is used to level the release of production kanbans in order to achieve an even production program over all possible types of products thus reducing or eliminating the bullwhip effect. In this paper the dependencies between the parameters of the levelling process and the requirements in finished goods stocks are derived, resulting in ...

1998
G. Ahanger

Video production involves conceiving a story, shooting raw video footage, and editing the final piece. Editing involves manually cutting frames and frame sequences from the raw video and composing the sequences with special effects to render the production sequence of the original story concept. The introduction of digital video technology now greatly expedites this process and allows for novel...

Journal: :Mathematical and Computer Modelling 2006
Gary C. Lin Dah-Chuan Gong

This paper considers the impact of random machine breakdowns on the classical Economic Production Quantity (EPQ) model for a product subject to exponential decay and under a no-resumption (NR) inventory control policy. A product is manufactured in batches on a machine that is subject to random breakdowns in order to meet a constant demand over an infinite planning horizon. The product is assume...

Journal: :Applied Mathematics and Computation 2011
Biswajit Sarkar Ilkyeong Moon

In this paper, a production inventory model is considered for stochastic demand with the effect of inflation. Generally, every manufacturing system wants to produce perfect quality items. However, due to real-life problems (labor problems, machine breakdown, etc.), a certain percentage of products are of imperfect quality. The imperfect items are reworked at a cost. The lifetime of a defective ...

2002
Cairistiona F E Topp Chris J Doyle Christine A Watson

Organic farming systems rely on the management of biological cycles for the provision of nutrients, which are crucial to maximising the production from the system. Rotations based on the use of grass-legume leys are central to the concept of organic farming systems, because they have the potential to support both animal production, and a subsequent, exploitative, arable cropping phase. A major ...

نمودار تعداد نتایج جستجو در هر سال

با کلیک روی نمودار نتایج را به سال انتشار فیلتر کنید