````{margin}
```{attributiongrey} Bronvermelding
:class: attribution

Deze oefening is gebaseerd op [deze oefening uit het online boek van het vak CTS1000 Structural Mechanics op de Technische Universiteit Delft](https://oit.tudelft.nl/CT1000/2025/week_12/session_1/intro.html) {cite:p}`CT1000_2025`.

```
````

# Begeleide oefening

Gegeven is de volgende doorsnede:

```{figure} ./lesoefening_data/doorsnede.svg
:align: center
:class: sticky-margin
:source: https://github.com/Structural-Mechanics-CEG/mechanics-figures-source/tree/main/shear_force_center
:number:
```

Gevraagd is de ligging van het dwarskrachtencentrum.

:::::{exercise}
:nonumber: true

Bepaal de doorsnedegrootheden.

```{h5p} https://tudelft.h5p.com/content/1292802725655071477/embed
```

:::::


:::::{exercise}
:nonumber: true

Gegeven zijn 6 mogelijke werklijnen/assen waarop het dwarskrachtencentrum kan liggen.

::::{grid} 3 3 3 3
:class-container: center-grid

:::{grid-item}
:columns: auto

```{figure-start} ./lesoefening_data/optie_1.svg
:align: center
:scale: 75
:source: https://github.com/Structural-Mechanics-CEG/mechanics-figures-source/tree/main/shear_force_center
:number:
```
Optie 1
```{figure-end}
```
:::

:::{grid-item}
:columns: auto

```{figure-start} ./lesoefening_data/optie_2.svg
:align: center
:scale: 75
:source: https://github.com/Structural-Mechanics-CEG/mechanics-figures-source/tree/main/shear_force_center
:number:
```
Optie 2
```{figure-end}
```
:::

:::{grid-item}
:columns: auto

```{figure-start} ./lesoefening_data/optie_3.svg
:align: center
:scale: 75
:source: https://github.com/Structural-Mechanics-CEG/mechanics-figures-source/tree/main/shear_force_center
:number:
```
Optie 3
```{figure-end}
```
:::

:::{grid-item}
:columns: auto

```{figure-start} ./lesoefening_data/optie_4.svg
:align: center
:scale: 75
:source: https://github.com/Structural-Mechanics-CEG/mechanics-figures-source/tree/main/shear_force_center
:number:
```
Optie 4
```{figure-end}
```
:::

:::{grid-item}
:columns: auto

```{figure-start} ./lesoefening_data/optie_5.svg
:align: center
:scale: 75
:source: https://github.com/Structural-Mechanics-CEG/mechanics-figures-source/tree/main/shear_force_center
:number:
```
Optie 5
```{figure-end}
```
:::

:::{grid-item}
:columns: auto

```{figure-start} ./lesoefening_data/optie_6.svg
:align: center
:scale: 75
:source: https://github.com/Structural-Mechanics-CEG/mechanics-figures-source/tree/main/shear_force_center
:number:
```
Optie 6
```{figure-end}
```
:::


::::

```{h5p} https://tudelft.h5p.com/content/1292802734390960127/embed
```

:::::


:::::{exercise}
:nonumber: true

```{h5p} https://tudelft.h5p.com/content/1292802735884992227/embed
```

:::::


:::::{exercise}
:nonumber: true

Bepaal de absolute waarde van de schuifspanningen op de aangegeven snedevlakken bij een dwarskracht van $100 \, \rm{kN}$.

```{figure} ./lesoefening_data/ABCDE.svg
:align: center
:source: https://github.com/Structural-Mechanics-CEG/mechanics-figures-source/tree/main/shear_force_center
:number:
```

```{h5p} https://tudelft.h5p.com/content/1292802740309219657/embed
```

:::::


:::::{exercise}
:nonumber: true

Bepaal de absolute waarde van de resultante krachten van de schuifspanningen in de flenzen en het lijf.

```{h5p} https://tudelft.h5p.com/content/1292802743028408557/embed
```

:::::


:::::{exercise}
:nonumber: true

Bepaal de locatie van het dwarskrachtencentrum.

```{h5p} https://tudelft.h5p.com/content/1292802744785292597/embed
```

:::::