Mouse Mat : Photoelastic stress of forks and spoons F008 / 2035
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Photoelastic stress of forks and spoons F008 / 2035
Coloured light interference pattern of spoons and forks. When photographed through cross-polarised white light some transparent plastics display coloured interference effects, according to the pattern of residual stress within the plastic (a result of moulding manufacturing). Areas of similar colour represent regions under similar degrees of stress. This phenomenon, known as photoelasticity, is utilised in engineering situations. Plastic models of bridges, gears, axles, etc may be made and subjected to proportional loads in order to predict the stress patterns that might occur in the real objects
Science Photo Library features Science and Medical images including photos and illustrations
Media ID 9306485
© PASIEKA/SCIENCE PHOTO LIBRARY
Cutlery Fork Interference Interference Pattern Knife Laboratory Plasticware Light Non Destructive Testing Photo Elastic Stress Photo Elasticity Photoelastic Photoelasticity Plastic Polarised Polarized Light Scientific Imaging Spoon Stress Stress Test Cutouts Laboratory
Mouse Pad
Bring some life into your office, or create a heartfelt gift, with a personalised deluxe Mouse Mat. Made of high-density black foam with a tough, stain-resistant inter-woven cloth cover they will brighten up any home or corporate office.
Archive quality photographic print in a durable wipe clean mouse mat with non slip backing. Works with all computer mice
Estimated Product Size is 24.2cm x 19.7cm (9.5" x 7.8")
These are individually made so all sizes are approximate
Artwork printed orientated as per the preview above, with landscape (horizontal) or portrait (vertical) orientation to match the source image.
EDITORS COMMENTS
This print showcases the intriguing phenomenon of photoelastic stress in forks and spoons. Through the use of cross-polarised white light, transparent plastics reveal a stunning coloured interference pattern, which corresponds to the residual stress within the plastic resulting from manufacturing processes like moulding. The areas of similar colour in this close-up image represent regions under comparable degrees of stress. This unique property, known as photoelasticity, finds practical applications in engineering situations. Engineers can create plastic models of various objects such as bridges, gears, and axles to subject them to proportional loads. By doing so, they can predict and analyze the stress patterns that might occur in real-life scenarios. Against a clean white background, these laboratory-grade cutlery items serve as fascinating subjects for scientific imaging. The polarized light used during photography enhances our understanding of how different materials respond to external forces and stresses. This non-destructive testing technique allows researchers to gain valuable insights into material behavior without causing any damage or alteration. The use of laboratory plasticware further emphasizes the controlled environment where these experiments take place. In summary, this visually striking photograph captures both the aesthetic beauty and scientific significance behind photoelasticity—a powerful tool utilized by engineers and scientists alike for predicting stress patterns in various structures and objects.
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