Enquiries: Ms Anne Yeung Tel: 3442 9268 Fax: 3442 0322 Email: [email protected] All are Welcome Date Time Venue 22 Oct 2013 24 Oct 2013 29 Oct 2013 31 Oct 2013 5 Nov 2013 7 Nov 2013 12 Nov 2013 14 Nov 2013 Room B4702, 4/F Academic 1 (Lift 3), City University of Hong Kong 3:00 pm – 4:50 pm Postgraduate Research Series: Advanced Yield Design by Jean Salençon Chair Professor-at-Large, City University of Hong Kong Professor Emeritus, École Polytechnique Member of the French Academy of Sciences Member of the French Academy of Technologies Course Outline: 1. Introduction to the Yield Design concept. Continuum mechanics fundamentals – Introduction to the Yield Design approach. The case of a simple structure – Review of 3D continuum mechanics fundamentals: notations, equilibrium equation, dualisation 2. The Yield Design Theory – Dualisation: principle/theorem of virtual work in 3D continuum mechanics – Loading parameters – The Yield Design problem. Static approach – From Statics to virtual Kinematics – Kinematic approach of the Yield Design theory, Pi-functions, maximum resisting work – Implementation of the Kinematic approach of the Yield Design theory 3. Optimality and probability approaches – Resistance parameters, potentially safe dimensionings, domain of potential stability – Optimal dimensioning – Probabilistic approach 4. Yield Design of plates – The 2D continuum model for plates without torsion – Yield Design analysis of plates and thin slabs 5. A review of some typical Yield Design analyses I N S T I T U T D E F R A N C E Académie des sciences I N S T I T U T D E F R A N C E A C A D E M I C D E S S C I E N C E S College of Science and Engineering
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Enquiries: Ms Anne Yeung
Tel: 3442 9268
Fax: 3442 0322
Email: [email protected]
All are Welcome
Date Time Venue
22 Oct 2013
24 Oct 2013
29 Oct 2013
31 Oct 2013
5 Nov 2013
7 Nov 2013
12 Nov 2013
14 Nov 2013
Room B4702, 4/F Academic 1 (Lift 3),City University of Hong Kong
3:00 pm – 4:50 pm
Postgraduate Research Series: Advanced Yield Designby
Jean SalençonChair Professor-at-Large, City University of Hong KongProfessor Emeritus, École PolytechniqueMember of the French Academy of SciencesMember of the French Academy of Technologies
Course Outline:1. Introduction to the Yield Design concept. Continuum
mechanics fundamentals – Introduction to the Yield Design approach. The case of
a simple structure – Review of 3D continuum mechanics fundamentals: notations, equilibrium equation,
dualisation2. The Yield Design Theory – Dualisation: principle/theorem of virtual work in 3D continuum mechanics – Loading parameters – The Yield Design problem. Static approach – From Statics to virtual Kinematics – Kinematic approach of the Yield Design theory, Pi-functions, maximum resisting
work – Implementation of the Kinematic approach of the Yield Design theory3. Optimality and probability approaches – Resistance parameters, potentially safe dimensionings, domain of potential stability – Optimal dimensioning – Probabilistic approach4. Yield Design of plates – The 2D continuum model for plates without torsion – Yield Design analysis of plates and thin slabs5. A review of some typical Yield Design analyses
I N S T I T U T D E F R A N C E
Académie des sciences
IN
STIT
UT
DE
FR
AN
CE ACAD
EMIC
DES SCIENCES
College of Science and Engineering
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