DESCRIPTION

İnsan Uyluk Kemiği Modelinin kısa 3D modeli. İnsan vücudundaki en uzun ve en güçlü kemik olan uyluk kemiğinin 3D temsilini tasvir eder. Model, femur başı (pelvis ile eklemleşir), boyun, büyük ve küçük trokanterler, şaft (veya diyafiz), medial ve lateral kondiller (diz ekleminde tibia ve patella ile eklemleşir) ve interkondiler fossa dahil olmak üzere femurun anatomik özelliklerini doğru bir şekilde temsil etmelidir. Detay seviyesi, basitleştirilmiş bir eğitim modelinden kemik dokusunu ve iç yapılarını gösteren oldukça ayrıntılı bir anatomik modele kadar değişebilir. Bu model, tıp eğitimi, anatomik çalışmalar, ortopedik görselleştirmeler, adli tıp uygulamaları ve insan anatomisi veya biyomekaniği ile ilgili projeler için uygundur. FBX, OBJ, STL, GLB, USDZ ve BLEND formatlarında mevcuttur.

Türkçe Anahtar Kelimeler:

İnsan Uyluk Kemiği Modeli, 3D model, uyluk kemiği, femur, insan kemiği, kemik, anatomi, tıp, ortopedi, biyomekanik, FBX, OBJ, STL, GLB

İngilizce Açıklama:

Concise 3D model of a Human Femur Bone. Depicts a 3D representation of the human femur, the thigh bone and the longest and strongest bone in the human body. The model should accurately represent the anatomical features of the femur, including the head (which articulates with the pelvis), the neck, the greater and lesser trochanters, the shaft (or diaphysis), the medial and lateral condyles (which articulate with the tibia and patella at the knee joint), and the intercondylar fossa. The level of detail can range from a simplified, educational model to a highly detailed anatomical model showing bone texture and internal structures. Suitable for medical education, anatomical studies, orthopedic visualizations, forensic science applications, and projects related to human anatomy or biomechanics. Available in FBX, OBJ, STL, GLB, USDZ, and BLEND formats.

İngilizce Anahtar Kelimeler:

Human Femur Bone Model, 3d model, femur bone, femur, human bone, bone, anatomy, medical, orthopedics, biomechanics, FBX, OBJ, STL, GLB

Almanca Beschreibung:

Kurzes 3D-Modell eines menschlichen Oberschenkelknochens. Zeigt eine 3D-Darstellung des menschlichen Oberschenkelknochens, des längsten und stärksten Knochens im menschlichen Körper. Das Modell sollte die anatomischen Merkmale des Femurs genau darstellen, einschließlich des Kopfes (der mit dem Becken artikuliert), des Halses, der großen und kleinen Trochanteren, des Schaftes (oder der Diaphyse), der medialen und lateralen Kondylen (die mit der Tibia und Patella im Kniegelenk artikulieren) und der Fossa intercondylaris. Der Detaillierungsgrad kann von einem vereinfachten, didaktischen Modell bis hin zu einem hochdetaillierten anatomischen Modell reichen, das die Knochentextur und die inneren Strukturen zeigt. Geeignet für die medizinische Ausbildung, anatomische Studien, orthopädische Visualisierungen, Anwendungen in der Forensik und Projekte im Zusammenhang mit der menschlichen Anatomie oder Biomechanik. Verfügbar in den Formaten FBX, OBJ, STL, GLB, USDZ und BLEND.

Almanca Schlüsselwörter:

Menschlicher Oberschenkelknochen Modell, 3D Modell, Oberschenkelknochen, Femur, menschlicher Knochen, Knochen, Anatomie, Medizin, Orthopädie, Biomechanik, FBX, OBJ, STL, GLB

Lehcze Opis:

Krótki model 3D ludzkiej kości udowej. Przedstawia trójwymiarową reprezentację kości udowej człowieka, która jest najdłuższą i najmocniejszą kością w ludzkim ciele. Model powinien dokładnie odwzorowywać cechy anatomiczne kości udowej, w tym głowę (która łączy się z miednicą), szyję, krętarze większy i mniejszy, trzon (lub diafizę), kłykcie przyśrodkowy i boczny (które łączą się z piszczelą i rzepką w stawie kolanowym) oraz dół międzykłykciowy. Poziom szczegółowości może wahać się od uproszczonego modelu edukacyjnego po wysoce szczegółowy model anatomiczny pokazujący teksturę kości i struktury wewnętrzne. Nadaje się do edukacji medycznej, badań anatomicznych, wizualizacji ortopedycznych, zastosowań w medycynie sądowej oraz projektów związanych z anatomią człowieka lub biomechaniką. Dostępny w formatach FBX, OBJ, STL, GLB, USDZ i BLEND.

Lehcze Słowa kluczowe:

model ludzkiej kości udowej, model 3D, kość udowa, femur, ludzka kość, kość, anatomia, medycyna, ortopedia, biomechanika, FBX, OBJ, STL, GLB

Arapça وصف:

نموذج ثلاثي الأبعاد موجز لعظم الفخذ البشري. يصور نموذجًا ثلاثي الأبعاد لعظم الفخذ البشري، وهو عظم الفخذ وأطول وأقوى عظم في جسم الإنسان. يجب أن يمثل النموذج بدقة السمات التشريحية لعظم الفخذ، بما في ذلك الرأس (الذي يتمفصل مع الحوض)، والعنق، والمدورين الكبير والصغير، والجسم (أو الديافيز)، واللقمتين الإنسي والوحشي (اللذين يتمفصلان مع الظنبوب والرضفة في مفصل الركبة)، والحفرة بين اللقمتين. يمكن أن يتراوح مستوى التفاصيل من نموذج تعليمي مبسط إلى نموذج تشريحي مفصل للغاية يظهر نسيج العظام والهياكل الداخلية. مناسب للتعليم الطبي والدراسات التشريحية والتصورات العظمية وتطبيقات علوم الطب الشرعي والمشاريع المتعلقة بتشريح الإنسان أو الميكانيكا الحيوية. متوفر بتنسيقات FBX و OBJ و STL و GLB و USDZ و BLEND.

Arapça كلمات مفتاحية:

نموذج عظم الفخذ البشري, نموذج ثلاثي الأبعاد, عظم الفخذ, فخذ, عظم بشري, عظم, تشريح, طبي, تقويم العظام, ميكانيكا حيوية, FBX, OBJ, STL, GLB

Çincese 描述:

人类股骨骨骼的简洁 3D 模型。描绘了人体股骨的 3D 模型,股骨是人体中最长、最强的骨骼,也是大腿骨。该模型应准确地表示股骨的解剖学特征,包括股骨头(与骨盆连接)、股骨颈、大转子和小转子、股骨干(或骨干)、内侧髁和外侧髁(在膝关节处与胫骨和髌骨连接)以及髁间窝。细节程度可以从简化的教学模型到显示骨骼纹理和内部结构的高度详细的解剖模型不等。适用于医学教育、解剖学研究、骨科可视化、法医学应用以及与人体解剖学或生物力学相关的项目。提供 FBX、OBJ、STL、GLB、USDZ 和 BLEND 格式。

Çincese 关键词:

人类股骨骨骼模型, 3D 模型, 股骨, 大腿骨, 人骨, 骨骼, 解剖学, 医学, 骨科, 生物力学, FBX, OBJ, STL, GLB

Korece 설명:

인간 대퇴골 뼈의 간결한 3D 모델입니다. 인체에서 가장 길고 강한 뼈인 허벅지 뼈인 인간 대퇴골의 3D 표현을 묘사합니다. 이 모델은 골반과 관절하는 대퇴골두, 경부, 대전자 및 소전자, 골간(또는 골간), 무릎 관절에서 경골 및 슬개골과 관절하는 내측 및 외측 과, 과간와를 포함하여 대퇴골의 해부학적 특징을 정확하게 나타내야 합니다. 세부 정보 수준은 단순화된 교육용 모델부터 뼈 질감과 내부 구조를 보여주는 매우 상세한 해부학적 모델까지 다양할 수 있습니다. 의학 교육, 해부학 연구, 정형외과 시각화, 법의학 응용 분야 및 인간 해부학 또는 생체 역학과 관련된 프로젝트에 적합합니다. FBX, OBJ, STL, GLB, USDZ 및 BLEND 형식으로 제공됩니다.

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Human Femur Bone Model Low-poly 3D model

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