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SMART HOME PAGE
SM
AeRodynamic Techniques = 'SMART'.
Get SMART and get Aerodynamic!!
SM AeRo Techniques is an aerodynamics advisory service provided by Simon McBeath, author of Competition Car Aerodynamics (see Books) . If you want to join the growing band
of competitors who have found extra competitiveness by using this value for money service,
read on...
A basic CFD service is also available.
For more information on wings and news of the latest successes please visit The Wing Shop page or click on the links on the right to find out more about the manufacturers of our wings, and our other partners. |
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Aerodynamics advisory service
SM Aero Techniques provides a range of aerodynamics advisory services up to and including surveying the external
and internal details of your whole competition car, and providing a detailed
report containing recommendations on ways of improving the car's aerodynamics. But other options are available, as outlined below.
Fancy getting more competitive by improving
your racecar's aerodynamics? Then get in touch with Simon McBeath to
discuss the possibilities. A range of services is available to suit
your budget, but in essence SMART's services are tailored for and aimed at amateur and semi-pro level competitors:
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The
popular 'remote survey package' involves producing a comprehensive, detailed report of recommendations specific to your car from photos and drawings
supplied via the wonders of email, and is available for the one-off fee of just £595.00 (from June 2012).
A reasonable amount
of phone and/or email follow up support is included to assist with the implementation
of concepts and designs.
This option has proven highly popular with competitors in the UK, Europe, the USA, South America, Australia and New Zealand, and without exception has generated positive feedback as well as that all important improvement in performance!
- If you have just a few queries about a specific aspect of your competition car's aerodynamics then these can be addressed, and charges will relate to the time spent providing answers and an amount of inevitable follow up discussion.
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Other support options are also available according to requirements and location,
including site visits, design assistance etc. on an hourly, daily or contract rate basis as required.
Please get in touch to discuss your needs. Initial discussions are free, and will focus on what you want to achieve and what can be delivered in response, and will determine the likely extent of your project. Quotations as well as terms and conditions will be provided at that stage so you can decide how you wish to proceed.
On the right are some photos of clients' racecars that have benefitted
from the SMART advisory service.
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Mirage
Engineering Arrows A6, Historic F1, Steve Hartley, 2006 & 2007 FIA
Historic F1 World Champion

Gary
West, 2006 & 2008 Autralian Hillclimb Champion, Lola Buick
Photo
copyright Geoff Benson

Race
winning HDT Racing Porsche 911, Graham
Coomes

Paragon Motorsport's ex-ALMS GT2 Porsche |
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RECENT PROJECTS
Courtesy of MIRA and Racecar Engineering magazine a number of visits have been made to the full-scale wind tunnel and these have appeared and will feature in forthcoming issues of that JOURNAL. Take out a subscription so you don't miss out!
In November 2010 the fantastic DJ Firestorm single seat hillclimber of Wallace Menzies was our test subject, and a full day produced excellent progress on the already very respectable aerodynamic performance of the car (I had to put it like that because I had a small influence on its aero design...!)
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Then in January 2011 we evaluated three sports racers. Firstly we spent a day on the ADR3 (www.adr-engineering.co.uk) of Simon Marsh, with a host of modified parts prepared by Ben and Nick at Carbon Weezel. |
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A week later we then shared a day on the CTR Developments Arachnid coupe sports racer of Matthew and Richard Chamberlain, and the very different Force LM001 of Graham Wynn, constructed by Ian Dayson at Force Racing Cars.
Many thanks to all involved.
To make sure you get your regular copy of Racecar Engineering subscribe online from the magazine's web site. |


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LMP wings
SM Aerotechniques recently helped 'Mulsannes Corner' with a short CFD investigation of the 2009 ACO rear wing regulations for Le Mans LMP1 prototypes. The CFD anaylsis looked at the rear wing regulations changes introduced in 2009 and their effects as well as the introduction of the 'swan neck' rear wing mounts. Racecar Engineering's January 2012 issue featured the findings. Subscriptions can be taken out online at www.racecar-engineering.com. Back issues can also be purchased from the publisher if you
miss any.
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June 2010
Thanks largely to development work being carried out on my own racecar design and (eventually...) build project, a hillclimb single seater christened the 'Vortex', in-house CFD capability is improving all the time. Using 'CFD-Flo', which is a part of the Ansys 12 Workbench suite of simulation software, not only has wing development become more reliable and accurate, but 'reduced detail' models of a single seater, based on the Vortex, and now a GT and a generic 'sedan' model have been created that allow more representative wing analysis and development to be carried out. For more on this please see below. |

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CFD
CFD service provision is usually thought of as a very expensive option, but SM Aero Techniques can now offer value for money CFD services on projects such as wing evaluations in isolation in 'freestream air' and also on generic 'reduced detail' racecar models. Currently GT and single seater models are available to put your wings to the test in a more realistic environment than 'freestream'. More models will become available in time, according to demand.
Ansys CFD-Flo, part of the Ansys 12 Workbench suite, is now being used, offering potent levels of mesh control and 'boundary layer inflation', a robust solver and good post-processing tools enabling force calculations on individual components as well as a range of illuminating flow visualisation techniques.
The type of projects this service enables includes: general profile optimisation; wing location optimisation (where technical regulations permit) and wing angle mapping in a realistic working environment; wing profile comparisons; wing profile 'twist' optimisation to achieve better downforce, better -L/D or whatever key target is required.
This is not a service that will enable full car analysis at the 'micro aerodynamics' level, like perhaps we might think happens in Formula 1 or other top level categories - the hardware and software available fall short of what's required for that. But at a 'macro aerodynamics' level, extremely useful indications of the sorts of parameters mentioned in the previous paragraph can be obtained. So if you think this might help your project, please get in touch for a preliminary discussion. |



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