Denis Werner (UQTR)

Schaufelbühl*, S ; Florquin, N ; Werner, D ; Delémont, O. (2024). The emergence of 3D-printed firearms:
An analysis of media and law enforcement reports. Forensic Science International: Synergy. 8: 100464.
http://dx.doi.org/10.1016/j.fsisyn.2024.100464

Rumo*, D ; Werner, D ; Rhumorbarbe, D ; Gobat, G ; Gallusser, A ; Gassend, JL ; Delémont, O. (2023).
Cleaning deteriorated elements of ammunition: Development of a procedure applied to cartridge cases from
the Second World War. Forensic Science International. 351: 111809.

Fischer*, J ; Redouté Minzière, V ; Werner, D ; Jung, B ; Weyermann, C. (2023). Technical note: Influence
of the drying position and time on the persistence of gunshot residues on fabrics. Forensic Science
International. 350: 111810.

Szwed*, A ; Schaufelbühl*, S ; Gallusser, A ; Werner, D ; Delémont, O. (2023). Was a 3D-printed firearm
discharged? Study of traces produced by the use of six fully 3D-printed firearms. Forensic Science
International. 348: 111736.

Desmarais, A ; Fabre, AS ; Jongleux, B ; Lawrence, G ; Werner, D ; Florquin, N. (2022). Monitoring illicit
ammunition through the ballistic datasets of four European countries. Forensic Science International. 330:
111133.

Langlois*, F ; Rhumorbarbe, D ; Werner, D ; Florquin, N ; Caneppele, S ; Rossy, Q. (2022). International
weapons trafficking from the United States of America: a crime script analysis of the means of
transportation. Global Crime. 23(3): 284 – 305.

Trincat*, T ; Saner*, M ; Schaufelbühl, S ; Gorka, M ; Rhumorbarbe, D ; Gallusser, A ; Delémont, O ;
Werner, D. (2022). Influence of the printing process on the traces produced by the discharge of 3D-printed
Liberators. Forensic Science International. 331: 111144.
http://dx.doi.org/10.1016/j.forsciint.2021.111144

Werner, D ; Berthod*, R ; Rhumorbarbe, D ; Gallusser, A. (2021). Manufacturing of firearms parts: relevant
sources of information and contribution in a forensic context. WIREs Forensic Science. 3: e1401.

Prod'Hom*, A ; Werner, D ; Lepot, L ; Massonnet, G. (2021). Fibre persistence on static textiles under
outdoor conditions. Forensic Science International. 318: 110593.

Büchler*, L ; Werner, D ; Delémont, O. (2021). Detection of gasoline on suspects’ hands: Study of different
sampling alternatives. Forensic Science International. 318: 110590.

Werner, D ; Gassner, AL ; Marti*, J ; Christen, S ; Wyss, P ; Weyermann, C. (2020). Comparison of three
collection methods for the sodium rhodizonate detection of gunshot residues on hands. Science and
Justice. 60(1): 63 – 71.

Redouté Minzière*, V ; Werner, D ; Schneider, D ; Manganelli, M ; Jung, B ; Weyermann, C ; Gassner, AL.
(2020). Combined Collection and Analysis of Inorganic and Organic Gunshot Residues. Journal of Forensic
Sciences. 65(4): 1102 – 1113.

Werner, D ; Burnier, C ; Yu*, Y ; Marolf, AR ; Wang, Y ; Massonnet, G. (2019). Identification of some factors
influencing soil transfer on shoes. Science and Justice. 59(6): 643 – 653.

Gassner, AL ; Manganelli*, M ; Werner, D ; Rhumorbarbe, D ; Maitre, M ; Beavis, A ; Roux, CP ;
Weyermann, C. (2019). Secondary transfer of organic gunshot residues: Empirical data to assist the
evaluation of three scenarios. Science and Justice. 59(1): 58 – 66.

Rhumorbarbe, D ; Werner, D ; Gilliéron*, Q ; Staehli, L ; Broséus, J ; Rossy, Q. (2018). Technical note:
Characterising the online weapons trafficking on cryptomarkets. Forensic Science International. 283: 16 –
20.

Werner, D ; Rhumorbarbe, D ; Kronseder, P ; Gallusser, A. (2018). Comparison of three bullet recovery
systems. Forensic Science International. 290: 251 – 257.

Honsberger*, H ; Rhumorbarbe, D ; Werner, D ; Riva, F; Glardon, M ; Gallusser, A ; Delémont, O. (2018).
How to recognize the traces left on a crime scene by a 3D-printed Liberator? Part 1. Discharge, exterior
ballistic and wounding potential. Forensic Science International. 286: 245 – 251.

Honsberger*, H ; Werner, D ; Rhumorbarbe, D ; Riva, F ; Glardon, M ; Gallusser, A ; Delémont, O.
(2019). How to recognise the traces left on a crime scene by a 3D-printed Liberator? Part 2. Elements of
ammunition, marks on the weapons and polymer fragments. Forensic Science International. 295: 137 – 144.