組紐構造を有するCFRTPの重量物輸送ドローンフレームへの適用
Journal of Textile Engineering, Vol.70, No.5, 86-91(2024)
- #CFRTP
- #ドローンフレーム
- #嵌合い
- #成形加工
- #組紐
Research
Achievements研究業績
メンバーから選ぶ
キーワードから選ぶ
- #3D-CAD analysis
- #3D-CAD data
- #3Dプリント
- #5-axis machine tool
- #Acetabular dysplasia
- #aluminum alloy powder
- #ambient oxygen concentration,
- #Autonomous car
- #Biology
- #Biomechanics
- #bipolar voltage
- #Breading technology
- #Brush-nozzle
- #CAM
- #Cane design
- #CBN wheel
- #cemented carbide
- #Cerebral aneurysm
- #CFRTP
- #Chair design
- #CO2レーザ
- #Cognitive capacity
- #Cognitive ergonomics
- #Cognitive load
- #Cognitive phycology
- #Computational fluid dynamics (CFD)
- #Constitutive model
- #Contactless
- #Coolant belt
- #current efficiency
- #Curved creases
- #Data-driven method
- #Deep neural network
- #Design engineering
- #Digital human modeling
- #Distracted driving
- #Driving simulator
- #DSA
- #Dynamic characteristic
- #Eddy current brake
- #educational materials
- #electrochemical machining
- #electrochemical milling
- #Electromyogram
- #Energy consumption
- #Ergonomics
- #Eye tracking
- #Finite element analysis
- #Five-axis machining center
- #Flow pattern recognition
- #flowability
- #form shaping function
- #Forward head posture
- #Freeform surface,
- #fume
- #Grain mapping
- #Graph representation
- #grasping comfort
- #Grinding fluid
- #Grinding temperature
- #hand tool
- #Head mounted display
- #Hemodynamics
- #High-density surface EMG
- #high-speed scanning
- #Human factors
- #inductance
- #inertial measurement unit
- #Inverse reinforcement learning
- #Isometric mapping
- #Joint torque
- #Lithography
- #Low back pain
- #lower‐level muscular exertion
- #Machine learning
- #Machine tool spindle
- #machining area
- #Machining feasibility
- #Machining sequence decision
- #Mental workload
- #Mesoscopic model
- #Mg composition
- #moisture
- #Multi-objective design optimization
- #Multi-objective optimization
- #Multiblock Copolymer
- #multiobjective optimization
- #multiple regression analysis
- #Multiscale
- #Multiscale simulation
- #Muscle activity
- #muscle fatigue
- #Musculoskeletal disorder
- #Neural network
- #Neuromuscular condition
- #NIOSH lifting equation
- #Non-linear
- #Non-orthogonal axis
- #Numerical analysis
- #occupational ergonomics
- #Origami
- #Osteoarthritis
- #parallel mechanism
- #Parameter-based method
- #parametric surface
- #Pelvic tilt
- #perceived muscle discomfort
- #Physical workload
- #PointNet
- #Polymer
- #Polymer Melt
- #powder bed fusion
- #Reinforcement learning
- #repetitive task
- #Rheology
- #screwdriver handle design
- #Self-locking
- #shape optimization
- #short pulse
- #simulation
- #Sparse identification
- #spatter particle
- #specific charge
- #Stand-sitting
- #surface morphology
- #tactile educational tool
- #Temperature measurement
- #Touch screen
- #Transport phenomena
- #Turn-milling
- #virtual reality
- #Virtural reality
- #Viscoelastic
- #Visibility
- #visually impaired
- #voltage control
- #weight estimation
- #ガス流れ
- #カバーファクタ
- #キャリア経路
- #サージング
- #シミュレーション
- #スキー
- #スパッタ粒子
- #スマートテキスタイル
- #スライダの引張力
- #スライドファスナ
- #ソフトアクチュエータ
- #ダイカスト金型
- #テープ成形
- #ディスクフリクション
- #ドローンフレーム
- #ナノシリカ粒子
- #パイプ
- #パンティストッキング
- #プラスチック射出成形
- #プレス
- #ベージュ色
- #ポーラス構造
- #マルチブレイダ
- #モニタリング
- #レーザ入射角度
- #レーザ割断
- #ロボット
- #ワインダ
- #不連続繊維
- #予測
- #付加製造法
- #仮撚加工糸
- #信頼性設計
- #内部欠陥
- #円筒形状
- #剛性
- #化学強化ガラス
- #半導体レーザ
- #単結晶サファイア
- #収縮力発生機構
- #合成繊維
- #塑性加工
- #嵌合い
- #布の色
- #延伸
- #形状記憶合金
- #微小管
- #成形加工
- #接合
- #接触角
- #数値流体力学
- #曲がり管
- #曲げ
- #最適設計
- #板厚方向繊維
- #機械学習
- #機械的性質
- #歯車
- #温度測定
- #滑走面圧力
- #粉末床
- #粉末床溶融結合法
- #粉末粒度分布
- #糸加工条件
- #糸形状
- #糸長調整
- #組紐
- #絞り
- #編物
- #表面粗さ
- #表面粗さ感
- #複合加工
- #視覚
- #触知覚
- #輝度分布
- #速度比
- #造形レシピ
- #造形品質
- #連続繊維
- #鍛造
- #離型材
- #風損動力
研究業績一覧
レーザを用いた粉末床溶融結合法でのScを含むアルミニウム合金粉末造形時の最適雰囲気酸素濃度
精密工学会誌, 90(10), 801-806(2024)
- #aluminum alloy powder
- #ambient oxygen concentration,
- #fume
- #Mg composition
- #powder bed fusion
- #spatter particle
付加製造用アルミニウム合金粉末の流動性に影響する粉末特性
精密工学会誌, 90(9), 740-744(2024)
- #aluminum alloy powder
- #flowability
- #moisture
- #powder bed fusion
- #specific charge
- #surface morphology
Immediate effect of local vibration on motor unit firing behavior and muscle strength in healthy young adult males
European Journal of Applied Physiology 124(12) 3707-3717
Impact Exploration of Spatiotemporal Feature Derivation and Selection on Machine Learning-Based Predictive Models for Post-Embolization Cerebral Aneurysm Recanalization
Cardiovascular Engineering and Technology 15(4) 394-404
The risk Factors for the Prevalence of Work-Related Musculoskeletal Disorders among Construction Workers: A Review
Journal of Applied Research on Industrial Engineering 11(2) 155-165
Determination of Significant Three-Dimensional Hemodynamic Features for Postembolization Recanalization in Cerebral Aneurysms Through Explainable Artificial Intelligence
World Neurosurgery 184 e166-e177
Rheo-SINDy: Finding a constitutive model from rheological data for complex fluids using sparse identification for nonlinear dynamics
Journal of Rheology 69(1) 15–34 2025
- #Constitutive model
- #Data-driven method
- #Rheology
- #Sparse identification
Recent developments on multiscale simulations for rheology and complex flow of polymers
Korea-Australia Rheology Journal, 36(4), 253-269 (2024)
- #Machine learning
- #Mesoscopic model
- #Multiscale simulation
- #Polymer
- #Rheology
- #Transport phenomena
Bottom-up Multiscale Simulation of Nonlinear Rheology for Entangled Polymer Melts: Using Atactic Polystyrene as An Example
Macromolecules, 57(24), 11808-11817 (2024)
- #Multiscale
- #Non-linear
- #Polymer Melt
- #simulation
- #Viscoelastic
Effective pitch reduction of self-assembled lamellae by the use of (PS-b-PMMA)n multiblock copolymers
Japanese Journal of Applied Physics 64 02SP05 (2025)
- #DSA
- #Lithography
- #Multiblock Copolymer
- #simulation
Effect of Pulse Conditions on Machining Characteristics in Bipolar-pulse Electrochemical Machining of Cemented Carbide
International Journal of Automation Technology, 17(6), 583-593
- #bipolar voltage
- #cemented carbide
- #electrochemical machining
- #short pulse