@melodie.apl: LOCOOO

Mélodie
Mélodie
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Region: FR
Thursday 15 February 2024 18:58:36 GMT
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mirfox91
☄️Mirfox91💫 :
C’est quoi vos bereal
2024-02-15 19:05:19
5
maillysodt
maillys🫶🏻 :
Comment tu as pris du poid ? J’en ai besoin
2024-02-16 20:45:10
37
s57.mm
. :
Vrm le brun sa lui va trop bien ❤️
2024-02-16 11:49:28
50
username291293
😾 :
malove d’où vient ton haut ?
2024-02-15 19:02:44
7
noam.a77
Noam.A77 :
Incroyable la prise de masse
2024-02-15 20:13:43
17
republie79
Kimberley ❤️ :
Vraiment la plus belle du monde❤️❤️❤️❤️
2024-02-15 19:00:23
14
raniouche_7444
𝓡’🧸 :
ya un air de nadeen dans alrawabi
2024-02-17 23:02:02
2
origine_italienne21
17.10.2020❤️💍 :
Pour toi 🥰
2024-03-09 22:23:06
1
useer.ii48
𝐈𝐤🧟‍♀️ :
😻 mama ta beauté, une princesse 😻
2024-02-17 20:46:41
1
grey_sandero
grey_sandero :
Logo maconique🤣
2024-02-17 19:40:52
1
lalou_.xx
lalou_.xx ྀིྀི :
Le brun ses sa couleur 🤩🤩🤩
2024-02-17 15:31:43
1
in.yyy
𝑖𝑛𝑎𝑦𝑎 :
sa te va mieux le brun je trouve
2024-02-17 13:59:58
1
ll.grs1
ll.grs1 :
Elle es incroyable 😍
2024-02-17 07:55:43
1
ll.grs1
ll.grs1 :
Le brun c vrm son prime !!! 😍
2024-02-17 07:56:00
1
.lounaaaaaaaa
🤎 :
elle est incroyable
2024-02-16 09:36:51
1
florine_dptt
florine :
Trop belle
2024-02-15 22:46:10
1
sekai.26
léna メ𝟶 :
mélodie est impliquée dans le playback 🙌🏼
2024-02-15 19:00:48
1
itzz_unknown_07
MR ABDUL 👑🫶❤️🇨🇵🫶❤️ :
te uncroyable ma copine❤❤❤
2024-04-27 11:04:07
0
inss.imb1
ايناس :
Le brun te va vraiment trop bien
2024-03-06 15:37:50
0
karinepradeau2121
Karine :
Je t’aime trop je suis abonné à toi et j’ai même liké
2024-02-29 19:07:19
0
ysr.aa21259
ysr.aa21259 :
Un air de ressemblance avec Lina avec tes cheveux brun 🤭💋
2024-02-21 16:38:57
0
edy.92ii
🕸️’ :
Elle est incroyable , non ? Elle a glow up de malade 😍😍
2024-02-21 00:40:11
0
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During an earthquake, base isolators are highly effective in reducing seismic impact. They significantly lower the horizontal acceleration transmitted to the superstructure—typically by 60% to 80%—allowing the building to sway gently rather than shake violently. By filtering seismic energy, base isolators reduce structural deformation and internal stress. This helps protect walls, beams, columns, doors, windows, and utility lines, minimizing structural damage. While conventional buildings may require major repairs or even be rendered unusable after a strong earthquake, structures equipped with base isolators often remain operational. During seismic events, base-isolated buildings “float” above the ground, allowing relative movement between the foundation and the superstructure. In essence, base isolators act like “car tires” for a building, absorbing shock and enhancing stability. Proven effective through multiple earthquakes, they are considered a reliable and efficient seismic protection technology.#แผ่นดินไหว #การแยก #แผ่นดินไหว #แดมเปอร์ #หนืด #ระบบลูกตุ้มแรงเสียดทาน #แบริ่ง #การแยกฐาน #การผจญภัยที่ปลอดภัย #การก่อสร้าง #วิศวกรรม #ระบบอาคาร #วิศวกรรม #การก่อสร้าง #วิศวกรรม #วิศวกรรมโยธา #งานคอนกรีต #วิศวกรโครงสร้าง #โครงสร้างเหล็ก #seismic #Isolation #earthquake #damper #viscous#frictionpendulumsystem #bearing#Baseisolation#siccuadventure #construction #engineering #buildingsystem#engineering #construction #engineering #civilengineering #concretework alan@rubber-bearing.com Tel/Whatsapp/WeChat: +8613961925356
During an earthquake, base isolators are highly effective in reducing seismic impact. They significantly lower the horizontal acceleration transmitted to the superstructure—typically by 60% to 80%—allowing the building to sway gently rather than shake violently. By filtering seismic energy, base isolators reduce structural deformation and internal stress. This helps protect walls, beams, columns, doors, windows, and utility lines, minimizing structural damage. While conventional buildings may require major repairs or even be rendered unusable after a strong earthquake, structures equipped with base isolators often remain operational. During seismic events, base-isolated buildings “float” above the ground, allowing relative movement between the foundation and the superstructure. In essence, base isolators act like “car tires” for a building, absorbing shock and enhancing stability. Proven effective through multiple earthquakes, they are considered a reliable and efficient seismic protection technology.#แผ่นดินไหว #การแยก #แผ่นดินไหว #แดมเปอร์ #หนืด #ระบบลูกตุ้มแรงเสียดทาน #แบริ่ง #การแยกฐาน #การผจญภัยที่ปลอดภัย #การก่อสร้าง #วิศวกรรม #ระบบอาคาร #วิศวกรรม #การก่อสร้าง #วิศวกรรม #วิศวกรรมโยธา #งานคอนกรีต #วิศวกรโครงสร้าง #โครงสร้างเหล็ก #seismic #Isolation #earthquake #damper #viscous#frictionpendulumsystem #bearing#Baseisolation#siccuadventure #construction #engineering #buildingsystem#engineering #construction #engineering #civilengineering #concretework [email protected] Tel/Whatsapp/WeChat: +8613961925356
During an earthquake, base isolators are highly effective in reducing seismic impact. They significantly lower the horizontal acceleration transmitted to the superstructure—typically by 60% to 80%—allowing the building to sway gently rather than shake violently. By filtering seismic energy, base isolators reduce structural deformation and internal stress. This helps protect walls, beams, columns, doors, windows, and utility lines, minimizing structural damage. While conventional buildings may require major repairs or even be rendered unusable after a strong earthquake, structures equipped with base isolators often remain operational. During seismic events, base-isolated buildings “float” above the ground, allowing relative movement between the foundation and the superstructure. In essence, base isolators act like “car tires” for a building, absorbing shock and enhancing stability. Proven effective through multiple earthquakes, they are considered a reliable and efficient seismic protection technology.#แผ่นดินไหว #การแยก #แผ่นดินไหว #แดมเปอร์ #หนืด #ระบบลูกตุ้มแรงเสียดทาน #แบริ่ง #การแยกฐาน #การผจญภัยที่ปลอดภัย #การก่อสร้าง #วิศวกรรม #ระบบอาคาร #วิศวกรรม #การก่อสร้าง #วิศวกรรม #วิศวกรรมโยธา #งานคอนกรีต #วิศวกรโครงสร้าง #โครงสร้างเหล็ก #seismic #Isolation #earthquake #damper #viscous#frictionpendulumsystem #bearing#Baseisolation#siccuadventure #construction #engineering #buildingsystem#engineering #construction #engineering #civilengineering #concretework alan@rubber-bearing.com Tel/Whatsapp/WeChat: +8613961925356
During an earthquake, base isolators are highly effective in reducing seismic impact. They significantly lower the horizontal acceleration transmitted to the superstructure—typically by 60% to 80%—allowing the building to sway gently rather than shake violently. By filtering seismic energy, base isolators reduce structural deformation and internal stress. This helps protect walls, beams, columns, doors, windows, and utility lines, minimizing structural damage. While conventional buildings may require major repairs or even be rendered unusable after a strong earthquake, structures equipped with base isolators often remain operational. During seismic events, base-isolated buildings “float” above the ground, allowing relative movement between the foundation and the superstructure. In essence, base isolators act like “car tires” for a building, absorbing shock and enhancing stability. Proven effective through multiple earthquakes, they are considered a reliable and efficient seismic protection technology.#แผ่นดินไหว #การแยก #แผ่นดินไหว #แดมเปอร์ #หนืด #ระบบลูกตุ้มแรงเสียดทาน #แบริ่ง #การแยกฐาน #การผจญภัยที่ปลอดภัย #การก่อสร้าง #วิศวกรรม #ระบบอาคาร #วิศวกรรม #การก่อสร้าง #วิศวกรรม #วิศวกรรมโยธา #งานคอนกรีต #วิศวกรโครงสร้าง #โครงสร้างเหล็ก #seismic #Isolation #earthquake #damper #viscous#frictionpendulumsystem #bearing#Baseisolation#siccuadventure #construction #engineering #buildingsystem#engineering #construction #engineering #civilengineering #concretework [email protected] Tel/Whatsapp/WeChat: +8613961925356

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