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10 June 2019 | Story Ruan Bruwer | Photo Gerda Steyn Twitter
Gerda Steyn
Gerda Steyn, a former student at the University of the Free State, won her first Comrades race on Sunday, setting a new course record.

Winning the Comrades ultra-marathon is the greatest honour of her life and still feels unreal, said Gerda Steyn a day after winning the race in a record time.
 
The former Kovsie student had an incredible race on Sunday, completing the 86,83 km’s in a time of 05:58:54, which is a new record for women in the up run. It is more than 10 minutes faster than the previous record of 06:09:23 set in 2006.
 
It was also the fourth fastest Comrades time ever by a female in the 94-year history of the race.
 
Greatest honour of my life

 
“Being the Comrades winner is the greatest honour of my life. Thank you to an entire nation for carrying me to the line. It feels like a dream,” Steyn said.
 
The 29-year-old Steyn became the first woman in 30 years to win both the Comrades and Two Oceans in the same year. She also won the Two Oceans in 2018 and came second in the Comrades last year.
 
Steyn, who studied Quantity Surveying and Construction Management at the University of the Free State (UFS) between 2009 and 2012, said the record time was discussed beforehand.
 
I went for it
 
“We felt it was possible, but it wasn’t my main goal right from the start of the race. At the halfway mark, I saw it was possible and I went for it.”
 
According to Steyn, the media attention since her win is quite intense. “But I don’t complain. It is such an honour, so I do it with a smile.”
 
At the Two Oceans ultra-marathon in April, she missed out on the 30-year record time by just 53 seconds.
 
Prof Francis Petersen, UFS Rector and Vice-Chancellor, said Steyn was a proud ambassador of the university. “It is always important for me to see how our former students perform. I would like to congratulate her. Well done. She is carrying the Kovsie name with pride,” Prof Petersen said.
 

News Archive

Dr Abdon Atangana cements his research globally by solving fractional calculus problem
2014-12-03

 

Dr Abdon Atangana

To publish 29 papers in respected international journals – and all of that in one year – is no mean feat. Postdoctoral researcher Abdon Atangana at the Institute for Groundwater Studies at the University of the Free State (UFS) reached this mark by October 2014, shortly before his 29th birthday.

His latest paper, ‘Modelling the Advancement of the Impurities and the Melted Oxygen concentration within the Scope of Fractional Calculus’, has been accepted for publication by the International Journal of Non-Linear Mechanics.

In previously-published research he solved a problem in the field of fractional calculus by introducing a fractional derivative called ‘Beta-derivative’ and its anti-derivative called ‘Atangana-Beta integral’, thereby cementing his research in this field.

Dr Atangana, originally from Cameroon, received his PhD in Geohydrology at the UFS in 2013. His research interests include:
• the theory of fractional calculus;
• modelling real world problems with fractional order derivatives;
• applications of fractional calculus;
• analytical methods for partial differential equations;
• analytical methods for ordinary differential equations;
• numerical methods for partial and ordinary differential equations; and
• iterative methods and uncertainties modelling.

Dr Atangana says that, “Applied mathematics can be regarded as the bridge between theory and practice. The use of mathematical tools for solving real world problems is as old as creation itself. As written in the book Genesis ‘And God saw the light, that it was good; and divided the light from the darkness’, the word division appears here as the well-known method of separation of variables, this method is usually employed to solve a class of linear partial differential equations”.

“A mathematical model is a depiction of a system using mathematical concepts and language. The procedure of developing a mathematical model is termed mathematical modelling. Mathematical models are used not only in natural sciences, but also in social sciences such as economics, psychology, sociology and political sciences. These models help to explain systems and to study the effects of different components, and to make predictions about behaviours.”

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