+ Vorlesung 1.Semesterhälfte Di. 16:00 - 18:00; NW2 C3000

SWS 2

SWS 2

SWS 4

SWS 2

SWS 1
Raum Chemie

SWS 1
Raum Chemie

Die Veranstaltung findet zusammen mit 03-M-FTH-10 statt.

In this course Robust control is introduced. Robust control is an approach to design controllers to deal with uncertainty. The aim is to achieve robust performance (or stability) in the presence of bounded modelling errors.

The course is dedicated to the numerical solution of partial differential equations. The focus is on finite differences and finite element methods.

Partial differential equations are a main component in the modelling of physical, chemical or biological phenomena in several spatial dimensions or in space and time. They also often occur in mathematical problems in geometry or calculus of variations. The lecture deals with the discretisation of partial differential equations and the estimation of the error between continuous and discrete solution. In particular, the finite difference and the finite element method are introduced and investigated. We first discuss the application of the methods to stationary elliptic problems. Later also time-dependent problems are considered. The connection of theory, numerical analysis and implementation is particularly important.

The quantitative assessment and the management of (extreme) risks are key tools for policy makers and stakeholders in many areas such as climate and environmental research, economics, or finance and insurance. In this course, we will get familiar with basic mathematical concepts of (quantitative) risk assessment and management.

1. Semesterhälfte 04-326-VT-007 Teil 1 (PT - Vertiefungsmodul 3 VT),
2. Semesterhälfte 04-326-VT-008 Teil 2 (PT - Wahlpflichtbereich VT)

1. Semesterhälfte 04-326-VT-007 Teil 1 (PT - Vertiefungsmodul 3 VT),
2. Semesterhälfte 04-326-VT-008 Teil 2 (PT - Wahlpflichtbereich VT)

• Introduction to computational materials science, i.e. modeling over length scales.
• Calculations of fundamental material properties (using density functional theory)
• Handling of material databases and basic principles of material informatics
• Thermodynamic modeling based on the CalPhaD approach

2 SWS
Block n. V.

SWS 4

2 SWS

SWS 2

SWS 2

SWS 4

SWS 2
Raum Chemie

1. Semesterhälfte 04-326-VT-007 Teil 1 (PT - Vertiefungsmodul 3 VT),
2. Semesterhälfte 04-326-VT-008 Teil 2 (PT - Wahlpflichtbereich VT)

1. Semesterhälfte 04-326-VT-007 Teil 1 (PT - Vertiefungsmodul 3 VT),
2. Semesterhälfte 04-326-VT-008 Teil 2 (PT - Wahlpflichtbereich VT)

+ Vorlesung 1.Semesterhälfte Di. 16:00 - 18:00; NW2 C3000

SWS 2

SWS 4

2 SWS

SWS 2

SWS 1
Raum Chemie

SWS 1
Raum Chemie

3 SWS

• Introduction to computational materials science, i.e. modeling over length scales.
• Calculations of fundamental material properties (using density functional theory)
• Handling of material databases and basic principles of material informatics
• Thermodynamic modeling based on the CalPhaD approach

2 SWS
Block n. V.

SWS 2