vˆh (x) = vh (x) + 'h (x) X Div(FS) = 0 S = S(C, ) vˆh (x) = vh (x) + a i Mi WORKSHOP - CONFERENCE Ke ue==0fe Div(FS) i2I ⇤ =f ˙ Ku Ke u e = fe k 4 =b = ? vˆh (x) = vh (x) + 'h (x) u = u + C 1 [f Ku] X 1 vˆh (x) = vh (x) + ai Mi (x)u = u + C(u) [f K(u)u
TOPICS • Fracture and damage mechanics • Computational multiscale modelling
Projects - Awards
Projects - Session 4
Projects - Session 3
Projects - Session 2
22-March-2019
• Nonlinear constitutive modelling
• Computational contact mechanics • Multiphysics and coupled problems • Non-traditional computational techniques
Oral and poster sessions of presentations from participants will be also organised. Abstract submission deadline: 01-Nov-2018 Notification of acceptance: 15-Dec-2018.
R E G I S T R AT I O N
e e
i2I ⇤
e
IN Div(FS) = 0
S=u S(C, = u +) C(u)
[f E K(u)u] M CHANICS RCM 1
2019
= ? k 4 =b NOVEL METHODS AND APPLICATIONS FOR vˆh (x) = vh (x) + 'h (x) AUTOMATED X COMPUTATIONAL MODELLING vˆh (x) = vh (x) + ai Mi (x)
˙
i2I ⇤
Ke u e = fe
u=u+C
1
[f
u = u + C(u)
Ku] 1
RCM 2019
[f
K(u)u]
= ?
Early registration fee: €150 (until 15-Jan-2019) Late registration fee: €200 (until 15-Feb-2019) On-site registration is not available. The fee covers attendance to the pre-course and to all lectures, lecture notes, coffee breaks, Registration opens every day at 08:00
16:30 - 18:00
16:00 - 16:30
15:00 - 16:00
based on a 2-page abstract of current activities.
Projects - Session 1 Projects - Brainstorming
Coffe Break
Poster Session Regular Lectures
Regular Lectures Invited Lecture 2 13:30 - 15:00
C O U R S E 12:00 - 13:30
10:30 - 12:00
P R E 10:00 - 10:30
08:30 - 10:00
Lunch
Invited Lecture 4 Regular Lectures
Coffee Break
Invited Lecture 3 Invited Lecture 1
21-March-2019 20-March-2019
Due to limited amount of seats, admission will be
19-March-2019 Time
Scientific Program
CALL FOR CONTRIBUTIONS
= K(C, u =) f
RESEARCH C H A L L E N= G ? ES
lunches and a social event. Participation to the pre-course is included in the
20.- 22. March 2019 Hannover, Germany
registration fees but it must be confirmed in advance (before 15-Feb-2019).
F U R T H E R I N F O R M AT I O N
1
Please visit our website at:
www.rcm2019.uni-hannover.de for manuscript templates, submission, registration and other conference queries.
1
AIMS AND DESCRIPTION
INVITED LECTURERS
SUGGESTED READINGS
RCM2019 aims to collect recent results in Mechanics and to present novel challenges for dealing with
COMPUTATIONAL MATERIAL MODELLING
Beirao da Veiga L., Brezzi F., Cangiani A., Marini L.D., Manzini G., Russo A. Basic principles of Virtual Element Methods, Math. Models and Meth. Appl. Sci. 23:199-214 (2013)
modern engineering applications, such as advanced composite materials, manufacturing technologies, energy harvesting and bioengineering. The workshop-conference will allow young researchers to gain experience beyond their primary research area and to apply innovative concepts of computational mechanics. In particular, the potentialities of Automated Computational Modelling (ACM) will be highlighted. This technique allows to speed up the process of generating novel and nonlinear computational environments, leading to a great advantage for teaching, research and industry. RCM2019 couples a traditional instructive format with interactive sessions. Lectures are given by invited professors and selected participants. Moreover, participants will be divided in teams and hands-on projects on modern research issues will be assigned to each team. The projects will allow to explore and apply the potentialities of ACM, and in particular of the Mathematica package AceGen. Awards will be handed out for the best solutions.
PRE-COURSE: ACM FOR FEM The workshop will follow a one-day pre-course (held on March, 19th) on ACM for Finite Element technologies. Participants will be instructed with basic concepts of combined symbolic-numeric coding, highlighting the advantages gained in the presence of material and geometrical nonlinearities. In particular, the course will introduce the use of the Mathematica package AceGen. The instructors will be Dr. Michele Marino and Dr. Blaž Hudobivnik.
FERDINANDO AURICCHIO University of Pavia Advanced constitutive modelling of inelastic constitutive laws ACM implementation issues on the topic will be discussed by Dr Giulia Scalet JÖRG SCHRÖDER Universität Duisburg-Essen Stress-Displacement based Mixed Finite Elements Extended to Hyperelasticity ACM implementation issues on the topic will be discussed by Mr Nils Viebahn
NUMERICAL METHODS LOURENCO BEIRÃO DA VEIGA University of Milan Bicocca An introduction to Virtual Elements with a focus on structural mechanics PETER WRIGGERS Leibniz Universität Hannover ACM for modern finite element technologies: mixed formulations and VEM
Beirao da Veiga L., Lovadina C., Mora D. Virtual Elements for elastic and inelastic small deformation problems on polygonal meshes, Comput. Meth. Appl. Mech. Eng. 295: 327-346 (2015) Korelc J., Wriggers P. Automation of Finite Element Methods. Springer (2016) Scalet G., Conti M., Auricchio F. Computational Analysis of Advanced Shape-Memory Alloy Devices Through a Robust Modeling Framework, Shape Memory and Superelasticity 3: 109-123 (2017) Schröder J., Viebahn N., Balzani D., Wriggers P. A novel mixed finite element for finite anisotropic elasticity; the SKA-element. Comp. Meth. Appl. Mech. Eng. 310:475-494 (2016) Schröder J., Viebahn N., Wriggers P., Auricchio F., Steeger K. On the stability analysis of hyperelastic boundary value problems using three- and two-field mixed finite element formulations. Comp. Mech. 60:479-492 (2017) Wriggers P., Hudobivink B. A low order virtual element formulation for finite elasto-plastic deformations. Comp. Meth. Appl. Mech. Eng. 327:459-477 (2017)
AUDIENCE RCM2019 is primarily targeted at young research assistants, doctoral students, post-doctoral scholars and early stage researchers.
ORGANIZING COMMITTEE
T H E M AT I C L E C T U R E S
Blaž Hudobivnik, IKM, Leibniz Universität
Novel features of AceGen/AceFEM Jože Korelc (University of Ljubljana)
Michele Marino, IKM, Leibniz Universität
Automated Computational Modeling for industrial applications: interfacing with commercial codes Blaž Hudobivnik (Leibniz Universität)
S E C R E TA R I AT
Automated Computational Modeling in teaching Michele Marino (Leibniz Universität)
Lukas Munk, IKM, Leibniz Universität
Aidin Hajikhani, Leibniz Universität Hannover, Institute of Continuum Mechanics, Appelstr. 11, 5th Floor, 30167 Hannover (DE)
[email protected]
+49 (0) 511-762-17558
