Enseignant-Chercheur (HDR)
Département d'Ingénierie Mécanique
Laboratoire Roberval
Université de Technologie de Compiègne (UTC)
Centre de Recherches de Royallieu
CS 60319, 60203 COMPIEGNE Cedex, France
Portable : (33) 6 35 90 70 38
· Processes for surface measurement
and modification by scanning probe microscopy functioning in continuous
curvilinear mode, scanning probe microscope and device permitting their
implementation of said methods, United States Patent: 8997261 Mar 31, 2015
· Methods of Surface Measurement and
Modification by Local-Probe Microscopy Operating in Continuous Curvilinear
Mode, Local-Probe Microscope and Device Enabling the Implementation of Said
Methods, WO2011138564 (A1)Nov 10, 2011
1)
Mazeran, P.-E., Loubet,
J.-L., Martelet, C., Theretz,
A., Under buffer SFM observation of immunospecies
adsorbed on a cyano grafted silicon substrate, Ultramicroscopy,
60 (1995) 33-40 [IF=2,436,
14 Cit.]
2)
Mazeran, P.-E., Loubet,
J.-L., Force modulation with a Scanning Force Microscope: an analysis, Tribology Letters,3 (1997) 125-132 [IF=1,739, 79 Cit.]
3)
Mazeran, P.-E., Loubet,
J.-L., Normal and lateral modulation with a Scanning Force Microscope, an
analysis: I²mplication in quantitative elastic and friction imaging, Tribology Letters, 7 (1999) 199-212 [IF=1,739, 79 Cit.]
4)
Prelle,
C., Lamarque, F., Mazeran, P.-E., A
new method for high resolution position measurement on long range, Journal
Européen des Systèmes Automatisés, 36 (2002) 1295-1307 [5 Cit.]
5)
Berquand*, A., Mazeran,
P.-E., Laval, J.-M., Influence of volume properties on phase contrast in
Tapping Mode Atomic Force Microscopy, Surface Science, 523 (2003)
125-130 [IF=1,925, 17
Cit.]
6) Berquand*, A., Mazeran, P.-E., Pantigny, J., Proux-Delrouyre, V., Laval, J.-M., Bourdillon, C., Two-step formation of streptavidin-supported lipid bilayers by PEG-triggered vesicle fusion. Fluorescence and Atomic Force Microscopy characterization, Langmuir, 19 (2003) 1700-1707 [IF=4,447, 78 Cit.]
7)
Mazeran, P.-E., Odoni,
L., Loubet, J.-L., Curvature radius analysis for
Scanning Probe Microscopy, Surface Science, 585 (2005) 25-37 [IF=1,925, 25 Cit.]
8)
Mazeran, P.-E., Effect of sliding velocity on
capillary condensation and friction force in a nanoscopic contact, Materials
Science and Engineering C, 26 (2006) 751-755 [IF=3,088, 11 Cit.]
9)
Vanleene*, M., Mazeran,
P.-E., Ho Ba Tho, M.-C., Influence of strain rate on the mechanical
behavior of cortical bone interstitial lamellae at the micrometer scale, Journal
of Material Research, 21 (2006) 2093-2097 [IF=1,647, 11 Cit.]
10)
Bigerelle,
M., Mazeran, P.-E., Rachik, M., The
first indenter-sample contact and the indentation size effect in nano-hardness measurement, Materials Science and
Engineering C, 27 (2007) 1448-1451 [IF=3,088, 11 Cit.]
11)
Mazeran, P.-E., Beyaoui*,
M., Initiation of sliding of an elastic contact under a Scanning Force
Microscope probe, Tribology Letters, 30-1 (2008) 1-11 [IF=1,739, 13 Cit.]
12)
Jouini, N., Gautier, A., Revel, P., Mazeran, P.-E., Bigerelle, M., Multi-scale
analysis of high precision surfaces by Stylus Profiler, Scanning White-Light
Interferometry and Atomic Force Microscopy, International Journal of
Surface Science and Engineering, 3 (2009) 310-327 [IF=0,448, 19 Cit.]
13)
Ben
Ismail, A., Rachik, M., Mazeran, P.-E.,
Fafard, M., Hug, E., Material characterization of
blanked parts in the vicinity of the cut edge using nanoindentation technique
and inverse analysis, International Journal of Mechanical Science,
51 (2009) 899-906 [IF=2,034,
8 Cit.]
14) Beyaoui*, M., Mazeran, P.-E., Arvieu*, M.-F., Bigerelle, M., Guigon, M., Analysis of nanoindentation curves in the case of bulk amorphous polymers, International Journal of Material Research, 100 (2009) 943-946. [IF=0,675, 16 Cit.]
15)
Bigerelle,
M., Mazeran, P.-E., Gong, W., Giljean, S., Anselme, K., A
method to determine the spatial scale implicated in adhesion. Application on
human cell adhesion on fractal isotropic rough surface, Journal of
Adhesion, 87 (2011) 644-670 [IF=0,897, 3 Cit]
16)
Nasrallah*,
H., Mazeran, P.-E., Noël, O., Circular
mode: A new AFM mode for investigating surface properties, Review
Scientific Instruments, 82 (2011) 113703 [IF=1,614, 13 Cit.]
17)
Noël,
O., Mazeran, P.-E., Nasrallah*, H., Sliding
velocity dependence of adhesion in a nanometer sized-contact, Physical
Review Letters, 108 (2012) 015503 [IF=7,512, 30 Cit.]
18)
Mazeran, P.-E., Beyaoui*,
M., Bigerelle, M., Guigon, M., Determination of
mechanical properties by nanoindentation in the case of viscoelastic materials,
International Journal of Material Research, 103 (2012) 715-722 [IF=0,675, 28 Cit.]
19)
Ho
Ba Tho, M.-C., Mazeran, P.-E., El Kirat, K., Bensamoun, S.F., Multiscale
Characterization of Human Cortical Bone, Computer Modeling in
Engineering & Sciences, 87 (2012), 557-577 [IF=1,03, 7 Cit.]
20)
Marteau,
J., Mazeran, P.-E., Bouvier, S.,
Bigerelle, M., Zero-point correction method for nanoindentation tests to
accurately quantify hardness and indentation size effect, Strain, 48
(2012) 491-497 [IF=0,916,
20 Cit.]
21)
Vanleene*, M., Mazeran,
P.-E., Ho Ba Tho, M.-C., Influence of nanoindentation test direction on
the elastic properties of human cortical bone lamellae, Computer Methods
in Biomechanics and Biomedical Engineering, 10 (2007) 127 – 128 [IF=1,77, 3 Cit.]
22)
Marteau,
J., Bigerelle, M., Xia, Y., Mazeran,
P.-E., Bouvier, S., Quantification of first contact detection errors on
hardness and indentation size effect measurements, Tribology
International, 59 (2013) 154-162 [IF=1,936, 17 Cit.]
23)
Jouini, N., Revel, P., Mazeran, P.-E., Bigerelle, M., The ability of precision hard
turning to increase rolling contact fatigue life, Tribology
International, 59 (2013) 141-146 [IF=1,936, 12 Cit.]
24)
Jaramillo-Isaza*, S., Mazeran,
P.-E., El-Kirat, K., Ho Ba Tho, M.-C., Effects
of bone density in time-dependent mechanical properties of human cortical bone
by nanoindentation, Computer Methods in Biomechanics and Biomedical
Engineering, 17 (2014) 34-35 [IF=1,77, 7 Cit]
25)
Xia,
Y., Bigerelle, M., Marteau, J., Mazeran,
P.-E., Bouvier, S., Iost, A., Effect of
surface roughness in the determination of the mechanical properties of material
using nanoindentation test, Scanning, 36 (2014) 134-149 [IF=1,739, 45 Cit.]
26)
Gonzato, C., Pasetto, P.,
Bedoui, F., Mazeran, P.-E., Haupt,
K., On the effect of using RAFT and FRP for the bulk synthesis of acrylic
and methacrylic molecularly imprinted polymers, Polymer Chemistry, 5
(2014) 1313-1322 [IF=5,52,
34 Cit.]
27)
Jaramillo-Isaza*, S., Mazeran,
P.-E., El Kirat, K., Ho Ba Tho, M.-C., Time-dependent
mechanical properties of rat femoral cortical bone by nanoindentation: An age related study, Journal of Material Research,
29 (2014) 1135-1143 [IF=1,647,
4 Cit.]
28)
Xia,
Y., Bigerelle, M., Bouvier, S., Iost, A., Mazeran, P.-E., Quantitative
approach to determine the mechanical properties by nanoindentation test:
Application on sandblasted materials, Tribology International, 82
(2015) 297-304 [IF=1,936,
9 Cit.]
29)
Condat, M., Mazeran,
P.-E., Malval, J.-P., Lalevée,
J., Morlet-Savary, F., Renard, E., Langlois, V., Abbad Andalloussi, S., Versace,
D.-L., Photoinduced curcumin derivated-coatings with antibacterial properties, Royal Society of Chemistry Advances, 5
(2015) 85214-85224 [IF=3,84, 46 Cit.]
30)
Marteau,
J., Bigerelle, M., Mazeran, P.-E.,
Bouvier, S., Relation between roughness and processing conditions of AISI
316L stainless steel treated by ultrasonic shot peening, Tribology
International, 82 (2015) 319-329 [IF=1,936, 41 Cit.]
31)
Nguyen*,
T.L., Bédoui, F., Mazeran, P.-E., Guigon M, Mechanical
investigation of confined amorphous phase in semicrystalline
polymers: Case of PET and PLA, Polymer Engineering and Science, 55
(2015) 397-405 [IF=1,52,
29 Cit.]
32) Lorenzini, C., Haider, A., Kang, I.-K., Sangermano, M., Abbad-Andalloussi, S., Mazeran, P.-E., Lalevée, J., Renard, E., Langlois, V., Versace, D.-L., Photoinduced Development of Antibacterial Materials derived from Isosorbide Moiety, Biomacromolecules, 16 (2015) 683-694. [IF=5,75, 29 Cit.]
33)
Jaramillo-Isaza*, S., Mazeran, P.-E., El-Kirat,
K., Ho Ba Tho, M.-C., Heterogeneity of Time-dependent mechanical properties of human
cortical bone at the micro scale, Journal of Musculoskeletal Research, 18 (2015) 1550017 [IF=0,62, 1 Cit].
34) Condat, M., Babinot,
J., Tomane, S., Malval,
J.-P., Kang, I-K, Spillebout, F., Mazeran, P.-E., Lalevée,
J., Andalloussi, S.A., Versace, D.-L., Development of photoactivable glycerol-based
coatings containing quercetin for antibacterial applications, Royal Society of Chemistry Advances, 6 (2016)
18235-18245 [IF=3,84, 33 Cit.]
35)
Noël,
O., Vencl, A., Mazeran,
P.-E., Exploring wear at the nano-scale with the circular mode Atomic Force Microscopy,
Beilstein Journal of Nanotechnology, 8 (2017)
2662-2668 [IF=2,326, 10
Cit.].
36) Sautrot-Ba, P.,
Contreras, A., Abbad-Andalloussi, S., Coradin, T., Hélary, C., Razza, N., Sangermano, M., Mazeran, P.-E., Malval,
J.-P., Versace, D.-L., Eosin-mediated
synthesis of polymer coatings combining photodynamic inactivation and
antimicrobial properties, Journal of
Materials Chemistry B, 5 (2017) 7572-7582 [IF=4,776, 14 Cit.].
37) Mazeran P.-E.,
Arvieu* M.-F., Bigerelle M., Delalande
S., Torsion delamination test, a new
method to quantify the adhesion of coating: Application to car coatings, Progress in Organic Coatings, 110
(2017) 134-139 [IF=2,358,
1 Cit.].
38) Tomane, S. Sautrot-Ba,
P., Mazeran, P.-E., Lalevée, J., Graff, B., Morlet-Savary,
F., Abbad-Andaloussi, S., Langlois, V., Varsace, D.-L., Photoinitiating
Systems Based on Anthraquinone Derivatives: Synthesis of Antifouling and
Biocide Coatings, ChemPlusChem, 82 (2017) 1298-1307 [IF=3,242, 6 Cit.].
39) Sautrot-Ba, P., Malval,
J.-P., Weiss-Maurin, M.; Paul, J., Blacha-Grzechnik, A.; Tomane, S., Mazeran, P.-E., Lalevée,
J., Langlois, V., Versace, D.-L., Paprika,
Gallic Acid and Visible Light: the Green Combination
for the Synthesis of Biocide Coatings,
ACS Sustainable Chemistry & Engineering, 6 (2018) 104-109 [IF=6,14,
38 Cit.].
40) Sautrot-Ba, P., Bogliotti, N., Brosseau, A., Bourgon,
J., Mazeran, P.-E., Lalevée, J., Morlet-Savary, F.,
Versace, D.-L., A (Triphenylphosphine)Silver
(I) Complex as a New Performance Additive in Free-Radical Photopolymerization
under Air, Macromolecular Materials
and Engineering, 303, (2018), 1800101 [IF=2,661, 4 Cit.].
41) Vencl, A., Mazeran, P.-E., Bellafkih, S., Noël, O., Assessment of wear behaviour
of copper-based nanocomposite at the nanoscale, Wear, 414-415 (2018), 212-218 [IF=1,913, 3 Cit.].
42) Sautrot-Ba, P., Al Mousawi, A., ,Lalevée, J. Mazeran, P.-E., Park, S.J, Laurent-Brocq, M., Langlois, V., Versace, D.-L., Copper Complex: A Key Role in the Synthesis of Biocidal Polymer Coatings, Chemistry Africa, 2, (2019), 241–251. [IF= 5 Cit.].
43) Lesage*,
T., Bouvier, S., Oudriss, A., Chen Y., Risbet, M., Mazeran,
P.-E., Galling categories
investigations in stainless steels, Wear,
460-461 (2020) 203413 [IF=
3 Cit.].
44) Rahmoun, J., Naceur, H., Morvan, H., Drazetic P., Fontaine, C., Mazeran, P.-E., Experimental
characterization and micromechanical modeling of the elastic response of the
human humerus under bending impact, Materials Science and Engineering C,
117 (2020) 111276 [IF= 5
Cit.].
45) Penfornis*,
C., Jourani, A., Mazeran, P.-E., Experimental and modelling study of the
effect of martensite volume fraction on friction and wear of dual-phase steel
at microscopic scale, Wear,
484-485 (2021) 203878 [IF=
3 Cit.].
46) Lesage*,
T., Bouvier, S., Risbet, M., Mazeran, P.-E., In-depth
microstructural analysis of galling deformation in stainless steels, Tribology Letters 69 (2021) 14 [IF= 1 Cit.].
47) Ma, B., Gómez-Recio,
I., Mazerolles, L., Mazeran, P.-E.,
Sanchez, C., Delalande. S., Portehault, D., Ultrasound-assisted liquid-phase synthesis
and mechanical properties of aluminum matrix nanocomposites incorporating
boride nanocrystals, Small, 18
(2022) 2104091 [IF= 1
Cit.].
48) Noël,
O., Mazeran, P.-E., Stanković, I., Nature
of Dynamic Friction in a Humid Hydrophobic Nanocontact, ACS Nano, 16, (2022) pp. 10768–10774 [IF= Cit.].
49) Penfornis*,
C., Jourani, A., Mazeran, P.-E., Effect
of Grain Sizes on the Friction and Wear Behavior of Dual-Phase Microstructures
with Similar Macrohardness and Composition, Coatings, 13 (2023) 533 [IF= Cit.].
50) Xie,
J., Raoelison, R.N., Zhang, Y., Liu, Y., Shou, W., Mazeran,
P.-E., Kang, N., Rachik, M., Mesoscopic
segregation in H13 steel molten pool during laser remelting:
A combined influence of Marangoni convection and oxidation, Journal of Materials Processing Technology,
316 (2023) 117956 [IF=
Cit.].