Nyhetsflöde

Lektion8

* Information about project report and presentation
* Project status (upload status on bilda before 08:00)
* Bring up questions of general interest

* Information about project report and presentation (OH_8, Project information)
* Project status (upload status on bilda before 08:00)
* Bring up questions of general interest

Lektion7

* 10:15-11:00: Invited presentation of COMSOL Multiphysics
* Project status check point

* 10:15-11:00: Invited presentation of COMSOL Multiphysics (OH)
* Project status check point

Laboration2

* Before 19:00 Thursday 26 April: Upload project status in bilda - project group - Discussion forum - Project status
* I will be available in SAM for questions about running the projects

Lektion5

* Individual task uploaded to bilda before 12:00 Monday 16 April
* Lecture: tbd

* OH_6
* Individual task uploaded to bilda before 12:00 Monday 16 April
* Lecture: tbdProject information
* Lecture: boundary conditions, quality and best practice

* OH_65
* Individual task uploaded to bilda before 12:00 Monday 16 April
* Project information
* Lecture: boundary conditions, quality and best practice

* OH_5
* Individual task uploaded to bilda before 12:00 Monday 16 April
* Project information
* Lecture: bBoundary conditions, quality and best practice

Lektion6

* OH_6
* Lecture: Quality and best practice, Physical modelling

Laboration1b: Fluent tutorial

Experts from ANSYS/Fluent in Gothenburg will give two one-day (half class) tutorials in ANSYS WorkBench (WB), Geometry Modeler (GM), Mesher (AM) and Fluent.¶

Experts from ANSYS/Fluent in Gothenburg will give two one-day (half class) tutorials in ANSYS WorkBench (WB), Geometry Modeler (GM), Mesher (AM) and Fluent.

"SAM", terminal room in "Fylke", Teknikringen 14. Just north of the library. see map¶

Experts from ANSYS/Fluent in Gothenburg will give two one-day (half class) tutorials in ANSYS WorkBench (WB), Geometry Modeler (GM), Mesher (AM) and Fluent. (OH_5)

"SAM", terminal room in "Fylke", Teknikringen 14. Just north of the library. see map

Experts from ANSYS/Fluent in Gothenburg will give two one-day (half class) tutorials in ANSYS WorkBench (WB), Geometry Modeler (GM), Mesher (AM) and Fluent. (OH_5tut)

"SAM", terminal room in "Fylke", Teknikringen 14. Just north of the library. see map

Laboration1a: Fluent tutorial

Experts from ANSYS/Fluent in Gothenburg will give two one-day (half class) tutorials in ANSYS WorkBench, Geometry Modeler, Mesher and Fluent.¶

Experts from ANSYS/Fluent in Gothenburg will give two one-day (half class) tutorials in ANSYS WorkBench, Geometry Modeler, Mesher and Fluent.

Presentation material and tutorial files are found at bilda.¶

Experts from ANSYS/Fluent in Gothenburg will give two one-day (half class) tutorials in ANSYS WorkBench, Geometry Modeler, Mesher and Fluent.¶ Presentation material and tutorial files are found at bilda: Event documents / Fluent-Tutorial-Material-v14-2012. DM=Design Modeler, AM=Ansys Mesher.

Experts from ANSYS/Fluent in Gothenburg will give two one-day (half class) tutorials in ANSYS WorkBench (WB), Geometry Modeler (GM), Mesher and Fluent.Presentation material and tutorial files are found at bilda: Event documents / Fluent-Tutorial-Material-v14-2012. DM=Design Modeler, AM=Ansys Mesher(AM) and Fluent.

Experts from ANSYS/Fluent in Gothenburg will give two one-day (half class) tutorials in ANSYS WorkBench (WB), Geometry Modeler (GM), Mesher (AM) and Fluent.

"SAM", terminal room in "Fylke", Teknikringen 14. Just north of the library. see map¶

Experts from ANSYS/Fluent in Gothenburg will give two one-day (half class) tutorials in ANSYS WorkBench (WB), Geometry Modeler (GM), Mesher (AM) and Fluent. (OH_5)

"SAM", terminal room in "Fylke", Teknikringen 14. Just north of the library. see map

Experts from ANSYS/Fluent in Gothenburg will give two one-day (half class) tutorials in ANSYS WorkBench (WB), Geometry Modeler (GM), Mesher (AM) and Fluent. (OH_5tut)

"SAM", terminal room in "Fylke", Teknikringen 14. Just north of the library. see map

Lektion3

* Presentation and choice of group projects and formation of project groups.
* Lecture: tbd

* Presentation and choice of group projects and formation of project groups.
* Lecture: tbdTurbulence scales and models, cont.

Lecture 3 OH_3
* Presentation and choice of group projects and formation of project groups.
* Lecture: Turbulence scales and models, cont.

Lecture 3
* OH_3
* Presentation and choice of group projects and formation of project groups.
* Lecture: Turbulence scales and models, cont.

* OH_3
* Presentation and choice of group projects and formation of project groups.
* Lecture: Turbulence scales and models, cont.

Lektion4

* Information from PDC (Elisabet Molin)
* Lecture: tbd

* OH_4
* Information from PDC (Elisabet Molin)
* Lecture: tbdgrid generation

* OH_4
* Information from PDC (Elisabet Molin)
* Lecture: grid generation

* OH_4
* Information from PDC (Elisabet Molin)
* Lecture: gGrid generation

* OH_4
* Information from PDC (Elisabet Molin)
* Lecture: Grid generation

Lektion1

* Introduction
* Presentation of individual task
* Lecture: tbd

* Introduction
* Presentation of iIndividual task
* Lecture: tbd

Lecture 1 OH_1
* Introduction
* Individual task
* Lecture: tbd: Individual Task - OH Part 1
* Lecture: Modelling and Approximations (see Documents)

Lecture 1
* OH_1
* Introduction
* Individual task: Individual Task - OH Part 1
* Lecture: Modelling and Approximations (see Documents)

* OH_1
* Introduction (OH_1)
* Individual task: Individual Task - OH Part 1
* Lecture: Modelling and Approximations (see Documents)

* Introduction (OH_1)
* Individual task: Individual Task - OH Part 1
* Lecture: Modelling and Aapproximations (see Documents)