粉末床溶融結合法におけるニッケル基再利用粉末の造形特性およびスパッタ挙動
精密工学会誌， Vol.90, No.11, pp.853-858(2024)
- #Additive manufacturing
- #Ni-based powder
- #powder bed fusion
- #reuse powder
- #spatter behavior
Research
Achievements研究業績
メンバーから選ぶ
キーワードから選ぶ
- #3D measurement
- #3D-CAD analysis
- #3D-CAD data
- #3D-Musculoskeletal model
- #3Dプリント
- #5-axis machine tool
- #Acetabular dysplasia
- #Additive manufacturing
- #aluminum alloy powder
- #ambient oxygen concentration,
- #Antagonist muscle
- #Autonomous car
- #Axis-Aligned Bounding Box
- #Biology
- #Biomechanics
- #bipolar voltage
- #blue laser
- #Breading technology
- #Brush-nozzle
- #Building environment
- #Burnishing
- #CAM
- #Cane design
- #CBN wheel
- #cemented carbide
- #Cerebral aneurysm
- #CFRTP
- #Chair design
- #chatter vibration
- #CO2レーザ
- #Cognitive capacity
- #Cognitive ergonomics
- #Cognitive load
- #Cognitive phycology
- #Computational fluid dynamics
- #Computational fluid dynamics (CFD)
- #Constitutive model
- #construction workers
- #Contactless
- #Coolant belt
- #Crebral artery
- #current efficiency
- #Curved creases
- #cutting simulation
- #Data-driven method
- #Deep learning
- #Deep neural network
- #Design engineering
- #Diamond tool
- #Digital human modeling
- #dilution
- #Directed energy deposition
- #Distracted driving
- #Driving simulator
- #DSA
- #Dynamic characteristic
- #Eddy current brake
- #educational materials
- #electrochemical machining
- #electrochemical milling
- #Electromyogram
- #Electromyography
- #Energy consumption
- #Ergonomics
- #eye movement
- #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
- #Hemodynamic
- #Hemodynamics
- #High-density surface EMG
- #high-speed scanning
- #Human factors
- #Human fuctors
- #inductance
- #inertial measurement unit
- #Inverse reinforcement learning
- #Isometric mapping
- #Joint torque
- #Lithography
- #Low back pain
- #Lower back pain
- #lower‐level muscular exertion
- #Machine learning
- #Machine tool spindle
- #machining area
- #Machining feasibility
- #Machining sequence decision
- #Maraging steel
- #Mental workload
- #Mesoscopic model
- #Mg composition
- #Modal analysis
- #moisture
- #Motor unit
- #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
- #Neural network, Simulation
- #Neuromuscular condition
- #Ni-based powder
- #NIOSH lifting equation
- #non-axisymmetric surface
- #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
- #Physics-informed neural networks
- #PointNet
- #Polymer
- #Polymer Melt
- #porosity
- #powder bed fusion
- #Prevalence
- #pure copper
- #Reinforcement learning
- #repetitive task
- #Residual stress
- #reuse powder
- #Rheology
- #risk factors
- #screwdriver handle design
- #Self-locking
- #shape optimization
- #short pulse
- #simulation
- #Sparse identification
- #spatter behavior
- #Spatter generation behavior
- #spatter particle
- #specific charge
- #Stand-sitting
- #surface morphology
- #tactile educational tool
- #Temperature measurement
- #tool path generation
- #Touch screen
- #Transport phenomena
- #Trunk flexion
- #Turn-milling
- #Turning
- #Vastus lateralis
- #Vibration
- #virtual reality
- #Virtural reality
- #Viscoelastic
- #Visibility
- #Visual and auditory stimlation
- #visually impaired
- #voltage control
- #weight estimation
- #wire ark
- #work-related musculoskeletal disorders
- #ガス流れ
- #カバーファクタ
- #キャリア経路
- #コンピュータシミュレーション
- #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
- #メカニカルストレス
- #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
- #生体力学的現象
- #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
- #結果再現性
- #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
#powder bed fusionの研究業績一覧
Influence of the laser power and powder feed rate on the porosity, dilution, and building efficiency of pure copper parts fabricated via directed energy deposition with a blue laser
The International Journal of Advanced Manufacturing Technology, Vol.135, 5235–5251 (2024)
- #Additive manufacturing
- #blue laser
- #dilution
- #Directed energy deposition
- #porosity
- #powder bed fusion
- #pure copper
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
Influence of oxygen concentration in building environment and oxidation extent of maraging steel on spatter generation behavior in powder bed fusion
International Journal of Automation Technology, 17(4), 346-355.
- #Additive manufacturing
- #Building environment
- #Maraging steel
- #powder bed fusion
- #Spatter generation behavior