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12 MIRCE SCIENCE CONGRESS - Woodbury Park, Exeter, UK
2022 has witnessed 155 orbital and sub-orbital rocket launches. However, some of them have either never made it to space or failed to deploy their payloads once they got there. The common denominator for all fail missions, according to publicly available information provided by their management and sponsoring teams, was a launch anomaly. Thus, the main objective of the Congress is to address specific actions and mechanisms that prevented launched satellites from reaching the expected orbit. Papers that add any light on the launch anomalies of the following missions are most welcomed: ASTRA, iSPACE Hyperbola-1, Indian’s Small Satellite Launch Vehicle, Blue Origin-New Shepard, FIREFLY Alpha Rocket, Skyrora, Japan’s Epsilon, China’s Long March 6A, VEGA C Rocket and Virgin Orbit. Please send your abstract to office@mirceakademy.com not latter than 21 April 2023.
To all of you: Healthy, Prosperous & Happy 2023 from all of us!
Press Release: 2022 F1RE Functionability Data Realise
The MIRCE Akademy has completed the F1 Drivers Functionability Table for 2022, based on principles of MIRCE Science, which revealed that this year Driver’s Champion is: Max Verstappen. For the full Table click here.
The MIRCE Akademy has completed the F1 Team Functionability Table for 2021, based on principles of MIRCE Science, which revealed that this year Team’s Champion is: Red Bull Racing. For the full Table click here!
For the full Press Release please click here or email to jk@mirceakademy.com
32nd MIRCE International Symposium
We are back to face-to-face meetings after COVID pandemic. The symposium entitled "MIRCE Science Theory Ready for Applications" will take place on 7th December 2022 at Woodbury Park, Exeter, UK. For the full programme please click here.
Indian Society for Reliability & Safety: 22 August 2022
Dr Knezevic will be presenting 3rd SRESA Distinguished Speaker Talk on "Experiential, Mathematical and Physical Reality of In-service Reliability".
Forum Time4.Q Conference 2- 4 June, 2022, Budva, Montenegro
Dr Knezevic has been one of the Key Note Speakers on this conference with a talk entitled "Physical and Mathematical Reality of Reliability". To see the abstract click here.
5th National Conference of Reliability and Safety, 10 -12 March, Chennai, India
Dr Knezevic has been one of the Key Note Speakers on this conference with a talk entitled "MIRCE Science Approach to the Royal Reliability Challenge". To see the abstract click here.
'Distinguished Speaker Series' on QRAMS at IITK, 15 January 2022, India
Subir Chowdhury School of Quality, at Indian Institute of Technology in Kharagpur, (West Bengal) India started the Series of Lectures presented by a Distinguished Speakers in Quality, Reliability, Availability, Maintainability and Safety. Dr Knezevic has delivered the first Lecture in this series on 15 January 2022, entitled “Mathematical and Physical Reality of Reliability”. For the abstract click here, and to watch the lecture follow the link: https://www.youtube.com/watch?v=eZ9VrSpvzpA
2021 Annals of MIRCE Science
Published by the MIRCE Akademy to facilitate exchanges of knowledge and experience between: scientific, engineering and management professionals, which are interested in MIRCE Science, from the research, practical application, modelling or consultancy point of view. To read abstracts of the papers published and other relevant information please click here.
To our: Students, Members, Fellows, Colleagues and Friends
Press Release: 2021 F1 Driver Functionability Champion
The MIRCE Akademy has completed the F1 Drivers Functionability Table for 2021, based on principles of MIRCE Science, which revealed that this year Driver’s Champion is: Carlos Sainz Junior. For the full Table click here!
Press Release: 2021 F1 Team Functionability Champion
The MIRCE Akademy has completed the F1 Team Functionability Table for 2021, based on principles of MIRCE Science, which revealed that this year Team’s Champion is: McLaren Mercedes. For the full Table click here!
31st MIRCE International Symposium
13 August 2021
Dr Knezevic, MIRCE Akademy, has published a chapter entitled "Mathematical and Physical Reality of Reliability" in the just released book: Safety and Reliability Modelling and its Applications, a volume in Advances in Reliability Science. For the abstract click here.
MIRCE Akademy donated to the Donkathon 200 copies of the books:
From B to B ... Polly Vacher's Global Challenge by Dr J. Knezevic
B2B/A+A, Polly Vacher's Voyage To The Ice 2003-04 by Dr J. Knezevic
The books describe Polly Vacher's world records breaking flights around the globe (horizontal & vertical-via Arctic and Antarctica), which have significantly contributed to the formulation of MIRCE Science. The books are normally sold for £10.00 and £12.00 respectively. On this occasion they will be exchanged for any donation towards Multiple Sclerosis (MS) Research fund (recommended minimum of £5.00, but not strictly applied). The books could be obtained along the Donkathon route, or via email: jk@mirceakademy.com .
For more information about the books please click here or on the picture of a book.
10th World Congress of MIRCE Science 2021
Due to still existing pandemic situation regarding COVID-19 the 10th World Congress of MIRCE Science will be merged with the 31st MIRCE International Symposium that will take place in December 2021.
January 2021: COVID-19 Pandemic as a Mechanism of the Motion of an Aircraft in MIRCE Mechanics
The COVID-19 outbreak has shown that pandemics, like other rarely occurring natural catastrophes, have happened in the past and will happen in the future. Although humans cannot prevent dangerous viruses from emerging, they should be prepared to dampen their consequences for the economy and all of society. The main objective of this paper is to address the COVID-19 pandemic as a novel mechanism of the motion of an aircraft in MIRCE Mechanics, as only then the most effective technological, social and economic actions can be taken by humans to deal with it. Thus, this paper is bringing together the physiological side of COVID-19 and its physical impact on the operational side of airlines in order to assist them to predict the expected positive and negative work by each aircraft type grounded. This analysis will guide them to decide what type of fleet they should have in the post pandemic times and thus secure the business existence. Link to full paper:
http://www.sciencepublishinggroup.com/journal/paperinfo?journalid=102&doi=10.11648/j.ajetm.20210601.11
2020 Annals of MIRCE Science
Published by the MIRCE Akademy to facilitate exchanges of knowledge and experience between: scientific, engineering and management professionals, which are interested in MIRCE Science, from the research, practical application, modelling or consultancy point of view. To read abstracts of the papers published and other information please click here.
2020 F1 Driver and Team Functionability Champions
Press release: The F1RE Centre of the MIRCE Akademy has completed the Formula 1 Drivers and Teams Functionability Tables for 2020 that revealed that the following Functionability Champions:
- The 2020 F1 Driver Functionability Champion is: Kimi Raikkonen
- The 2020 F1 Team Functionability Champion is: Mercedes AMG Petronas
For the illustrative history of MIRCE F1RE Centre Awards click here.
30th MIRCE International Symposium - All Welcome
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For the more information please click here
MIRCE Science: COVID-19 Negative Functionability State
31st MIRCE International Summer School
2020 Summer School was cancelled due to the global outbreak of Corona Virus, COVID-19. As preventive measures are reducing the probability of occurences of negative functionability events, please take care and get ready for the next year Summer School.
9th World Congress of MIRCE Science
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Physical Reality of Reliability Function - Presentation by Dr Knezevic at The Reliability Conference, organised by Reliabilityweb.com, Seattle, May 2019.
In a late 1950s, Reliability Theory was “created”. It was based on mathematical theorems rather then on scientific theories. The Reliability function for a system is determined by the reliability functions of the constituent components and their configurations within functional system. It is well-defined analytical functions obeying the axioms and theorems of mathematics. Systematic research performed by the author during several decades of the observable physical realities of in-service/operational life of functional systems in aerospace, military and nuclear power industries have clearly shown that determines from the mathematically implied reality. The presentation goes through a list of physically observed and undeniable facts that seriously impact the accuracy of the reliability predictions currently provided through reliability theory. To see the presentation follow the link: