'Catastrophe theory' presentation slideshows

E XCITED-STATE QUANTUM PHASE TRANSITIONS IN SYSTEMS WITH FEW DEGREES OF FREEDOM

534 views • 43 slides

BTEC FIRST SPORT

523 views • 28 slides

Stress, Anxiety & Performance

Stress, Anxiety & Performance. Definitions. Arousal Stress Anxiety State Trait Cognitive Somatic Physiological Arousal Activation. What is somatic anxiety, how does it differ from physiological arousal, and does this make sense? (note: William James thought deeply about this in 1890).

525 views • 27 slides

Why People Take Part in Sport Lesson Objective: To understand the effects of motivation on performance

Why People Take Part in Sport Lesson Objective: To understand the effects of motivation on performance. Why is Motivation in Sport Important?. Helps us understand why some sports performers make substantial sacrifices to become successful

489 views • 22 slides

Emotional Control and IZOF.

214 views • 21 slides

Risk Management

482 views • 19 slides

AROUSAL THEORY

2.76k views • 18 slides

dr in?. Miros?aw Be?ej Department of Real Estate Management and Regional Developmen t

European Real Estate Society 19th Annual Conference 13th-16th June 2012. MODELLING THE REAL ESTATE DYNAMICS WITH THE CATASTROPHE THEORY. dr in?. Miros?aw Be?ej Department of Real Estate Management and Regional Developmen t dr S?awomir Kulesza Department of Relativistic Physics

347 views • 18 slides

A2 Physical Education

A2 Physical Education. Catastrophe Theory. Catastrophe theory. A. Optimum arousal. Extreme Decline. Performance. D. C. B. Arousal. Catastrophe Theory. Modification to the inverted U hypothesis

361 views • 17 slides

A2 Physical Education

A2 Physical Education. Catastrophe Theory. Catastrophe theory. A. Optimum arousal. Extreme Decline. Performance. D. C. B. Arousal. Catastrophe Theory. Modification to the inverted U hypothesis

280 views • 17 slides

Homework

Homework. Review your homework using green pen Where did you lose marks? What did you do well?. Connector. Describe approach and avoidance behaviour (4 marks) How would you develop approach behaviour? (4 marks). Arousal. Lesson 1 of 2. Practical.

221 views • 15 slides

Rene Thom

199 views • 13 slides

Arousal

Arousal. Lesson 1 of 2. Practical. Close your eyes, relax, and imagine the following scenario. You are walking from a changing room to a boxing ring in the middle of an empty stadium. See yourself shadow boxing in the empty ring, and notice how you feel. Now put yourself in this situation.

313 views • 10 slides

Sustainability Freshman Inquiry

Sustainability Freshman Inquiry. Jan. 20, 2011 Jeff Fletcher See also: Daily Log Page. Logistics. Any questions about Carbon Footprint Reports? http://www.carbonfootprint.com/calculator.aspx http://www.onlinenewspapers.com/ http://library.pdx.edu/dofd/resources.php?category=72

173 views • 9 slides

Deep buried tunnel surrounding rock stability analysis of the cusp catastrophe theory

Surrounding rock system of underground engineering is highly nonlinear, and there is no unified cognition for its stability criteria. A simplified mechanical model for the surrounding rock is built , considering the influence of the water，introducing water weakening function, using the cusp catastrophe theory，the necessary and sufficient mechanics criterion of the surrounding rock is obtained, and the critical radial displacement of deep buried tunnel instability is obtained. In practical engineering，it is show that catastrophe theory is a feasibility method to study the instability problem of the Deep buried tunnel.

87 views • 8 slides

Deep buried tunnel surrounding rock stability analysis of the cusp catastrophe theory

Surrounding rock system of underground engineering is highly nonlinear, and there is no unified cognition for its stability criteria. A simplified mechanical model for the surrounding rock is built , considering the influence of the water，introducing water weakening function, using the cusp catastrophe theory，the necessary and sufficient mechanics criterion of the surrounding rock is obtained, and the critical radial displacement of deep buried tunnel instability is obtained. In practical engineering，it is show that catastrophe theory is a feasibility method to study the instability problem of the Deep buried tunnel.

88 views • 8 slides