Ruprecht-Karls-Universität Heidelberg

Dr. Walter Dehnen

Astronomisches Rechen-Institut



Büro
Bibliotheksbau, Room B.1-07

Post-Adresse
Zentrum für Astronomie der Universität Heidelberg
Astronomisches Rechen-Institut
Mönchhofstr. 12-14
69120 Heidelberg





14.
7/2024
Fastidio, F.; Gualandris, A. et al. (inc. Dehnen, W.)
Eccentricity evolution of PTA sources from cosmological initial conditions
MNRAS 532, 295(2024)

13.
6/2024
Hernandez, David M.; Dehnen, Walter
Multiple time-step reversible N-body integrators for close encounters in planetary systems
MNRAS 530, 3870(2024)

12.
4/2024
Attard, Kate; Gualandris, Alessia et al. (inc. Dehnen, Walter)
A multiresolution method for modelling galaxy and massive black hole mergers
MNRAS 529, 2150(2024)

11.
7/2023
Dehnen, Walter; Semczuk, Marcin et al.
A twisted and precessing Cepheid warp in the outer Milky Way disc
MNRAS 523, 1556(2023)

10.
7/2023
Hernandez, David M.; Dehnen, Walter
Switching integrators reversibly in the astrophysical N-body problem
MNRAS 522, 4639(2023)

9.
2/2023
Semczuk, Marcin; Dehnen, Walter et al.
Spiral arms and the angular momentum gap in Milky Way Cepheids
MNRAS 519, 902(2023)

8.
1/2023
Dehnen, Walter; Semczuk, Marcin et al.
Measuring bar pattern speeds from single simulation snapshots
MNRAS 518, 2712(2023)

7.
1/2023
Dehnen, Walter; Aly, Hossam
A family of potential-density pairs for galactic bars
MNRAS 518, 2651(2023)

6.
12/2022
Semczuk, Marcin; Dehnen, Walter et al.
Age-morphology dependence of the Milky Way boxy/peanut bulge seen in Mira variables
MNRAS 517, 6060(2022)

5.
5/2022
Dehnen, Walter; Hands, Thomas O. et al.
Capture of interstellar objects - II. By the Solar system
MNRAS 512, 4078(2022)

4.
5/2022
Dehnen, Walter; Hands, Thomas O.
Capture of interstellar objects - I. The capture cross-section
MNRAS 512, 4062(2022)

3.
1/2022
Semczuk, Marcin; Dehnen, Walter et al.
The small boxy/peanut structure of the Milky Way traced by old stars
MNRAS 509, 4532(2022)

2.
7/2021
Orkney, Matthew D. A.; Read, Justin I. et al. (inc. Dehnen, Walter)
EDGE: two routes to dark matter core formation in ultra-faint dwarfs
MNRAS 504, 3509(2021)

1.
4/2021
Nasim, Imran Tariq; Gualandris, Alessia et al. (inc. Dehnen, Walter)
Formation of the largest galactic cores through binary scouring and gravitational wave recoil
MNRAS 502, 4794(2021)

zum Seitenanfang/up