LECTURES - LABORATORIES - PROJECTS

INFORMACJE

INFORMACJE DLA STUDENTÓW
Info: (HARMONOGRAMY)
Karty ECTS - SYLABUSY: (LINK)

KONSULTACJE - TERMINY
KONSULTACJE - TERMIN: (LINK) (LINK)
KONSULTACJE - TERMIN UZGADNIANY ZE STUDENTEM: (LINK)

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METODA ELEMENTÓW SKOŃCZONYCH (MES)
FINITE ELEMENT METHOD (FEM)

LECTURES:
References / literatura: (file )
Intro / wprowadzenie: (file )
MES: (file )
FEM in English: (file )
Solid Mechanics: (file )
Heat Transfer / Thermal Stress: (file )
PDE / RRC: (file )
Integration / całkowanie: (file )
Plane stress and strain / plaski stan: (file )

LABORATORIES:
Laboratory 1-3 - Solid Mechanics (SM) (stationary, time-dependant, eigenfrequency): (file )
Laboratory 4-5 - Heat Transfer (HT) (stationary, time-dependant): ( )
Laboratory 6-8 - Thermal Stress (TS) (stationary, time-dependant): ( )

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E-MATERIALS:
Lectures: (mes01 ) (mes02 ) (mes03 ) (mes04 ) (mes05 ) (mes06 ) (mes07 )
Laboratories: (lab01 ) (lab02 ) (lab03 ) (lab04 ) (lab05 ) (lab06 )

LABORATORIES:
Structural mechanics (SM)
Definition: ( SM )
Mechanical component: (plane1.pdf) (comp.pdf) (comp.dxf) (comp2.stl)
Wrench: (wrench.x_t) (wrench.stl) (wrench1.png) (wrench2.png) (wrench3.png) (wrench1.pdf)
Rim: (rim.x_t) (rim.x_b) (rim.png)
Hook: (hook.stp) (geometry) (mesh)
Elbow bracket: (elbow.x_b) (geometry) (mesh) (stress) (deform)

Heat transfer (HT)
Definition: ( HT )
Heat Exchenger: ( he.stl) ( he.x_t) ( he.x_b) ( geom) ( temp)

Thermal stress (TS)
Definition: ( TS )
Bracket: ( bracket.x_b) ( bracket.x_t) ( geom) ( mesh) ( temp) ( stress)

Computational fluid dynamics (CFD)
Definition: ( CFD )

E-MATERIALS EXTRA:
Auxetics: (File )

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ANALIZA MES W ZAGADNIENAICH BIOMEDYCZNYCH (IBM)
Karta PRK modułu...(prk-ibm-ames.pdf)

E-BOOKS:
Biomedical engineering: (Free book )
Open Access books: (Free book )

PROJEKTY:
(projekt01 ) (projekt02 ) (projekt03 )

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MODELOWANIE I SYMULACJA ZAGADNIEŃ BIOMEDYCZNYCH (IBM)
Karta PRK modułu...(prk-ibm-mis.pdf)

E-BOOKS:
Biomedical engineering: (Free book )
Open Access books: (Free book )

LECTURES:
Discipline: (file )
Modelowanie i obliczenia (1): (file )
Modelowanie i obliczenia (2): (file )
Sztuczna inteligencja - wprowadzenie: (file )

WWW:
(sztucznainteligencja.org.pl )
(Kursy )

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COMSOL LABORATORIES (V5.3):
Laboratories 1:
Laboratory 1.1.1 (Structural mechanics/foot prosthesis - trias): (trias.stl) (trias.png)
Laboratory 1.1.2 (Structural mechanics/foot prosthesis - nitro): (nitro.stl) (nitro.png)
Laboratory 1.1.3 (Structural mechanics/endoprosthesis): (endo.stl) (endo.png)
Laboratory 1.1.4 (Structural mechanics/bone rigid): (bone-rigid.stp) (bone-rigid.png)
Laboratory 1.1.5 (Structural mechanics/tooth prosthesis): (tooth.igs) (tooth.png)
Laboratory 1.2.1 (Bioheat transfer/cooling of body): (bioheat.pdf)
Laboratory 1.3.1 (Thermal stresses/thermal expansion of bars): (thermal-stresses.pdf)

COMSOL (V5.3):
Laboratories 2:
Laboratory 2.1.1 (Introduction)
Laboratory 2.2.1 (Structural mechanics/simple 3D solid)
Laboratory 2.3.1 (Structural mechanics/foot prosthesis - trias): (trias.stl) (trias.png)
Laboratory 2.3.2 (Structural mechanics/foot prosthesis - nitro): (nitro.stl) (nitro.png)
Laboratory 2.4.1 (Heat transfer):
Laboratory 2.5.1 (Bioheat):
Laboratory 2.6.1 (Thermal stresses/thermal expansion):
Laboratory 2.7.1 (CFD/vessel/time-dependent flow): (vessel00.pdf) (vessel00.mphbin) (cfd1.png) (cfd1.stl) (cfd2.png) (cfd2.stl)

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COMSOL (V3.4) OLD
Laboratory 1 (Heat transfer/ablation): (ablation) (ablation)
Laboratory 2 (Structural mechanics/foot prosthesis): (proteza3.igs) (proteza3.mph)
Laboratory 3 (Structural mechanics/foot prosthesis-eigenfrequency & frequency response)
Laboratory 4 (CFD/bloodflow): (flowblood2.mph)(flowblood3a.mph) (flowblood3b.mph)
Laboratory 5 (CFD/vessel/time-dependent flow): (vessel00.pdf) (vessel00.mphbin) (vessel00.mph)
Laboratory 6 (Structural mechanics/stent): (stent00.pdf) (stent00.step) (stent00.mph)
Laboratory 7 (Structural mechanics/vertebra): (vertebra-down.stp) (vertebra-top.stp) (vertebra34-1.mph)

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MODELS:
(comp3d.step ) (comp3d.png )
(bone1.step ) (bone1.igs ) (bone1.png )
(running.step ) (running.png )
(wishbone.step ) (wishbone.png )
(flange10.step ) (flange11.png )
(flange20.step ) (flange21.png )
(chip20.step ) (chip21.png )
(he.stl ) (he.x_t ) (he.x_b ) (geom ) (temp )
(stent.step ) (stent.png )
(ablation30.step ) (ablation31.png )
(m-bracket-holes.step ) (m-bracket-holes.png )
(m-hand1.stp ) (m-hand1.ipt ) (m-hand1.jpg ) (m-hand1-2.png )
(m-foot20.step ) (m-foot21.png ) (m-foot22.png )
(m-foot10.stl ) (m-foot11.png )
(m-endo.stl) (m-endo.png)
(m-bone-rigid.stp) (m-bone-rigid.png)
(m-tooth.igs) (m-tooth.png)

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PROGRAMMING / SOFTWARE / LANGUAGES

PROGRAMS:
SageMath is a free open-source mathematics software system: (SageMath )
Python: (Python )
Python Machine Learning Tutorial (Python Machine Learning Tutorial )
Anaconda: (Anaconda )
SciLab: (SciLab )
SciLab ANN: (SciLab - ANN)

FUSION 360:
Overview: (LINK )
Students and educators: (LINK )
Ebook: (LINK ) (file )
Tutorials - product documentation: (LINK )


VIDEO:
Autodesk Fusion 360 - channel: (LINK )

BEGINNING:
Fusion360 - Testing and simulation: (LINK )
Fusion360 - Simulation for Absolute Beginners (61): (LINK )
Fusion360 - Next Step for Simulation Beginners! Non-Linear (74) : (LINK )
Fusion360 - #LarsLive: (LINK )
Fusion360 - DESIGN AND ANALYSIS OF CANTILEVER BEAM : (LINK )

EVENT SIMULATION:
Fusion360 - Event Simulation | AVA: Fusion 360 (28 MINUTES): (LINK )
Fusion360 - DROP TEST USING METALS OF VARYING YIELD STRENGTH: (LINK )
Fusion360 - REAL LIFE EXAMPLE (HAMMER AND STEEL PLATE): (LINK )
Fusion360 - Event Simulation of a rupture disc: (LINK )
Fusion360 - Simulation Analysis for Mechanical Engineers: (LINK )
Fusion360 - Parametric Design of Helix Sweeps: (LINK )

TOPOLOGY OPTIMIZATION:
Optymalizacja Topologiczna Generative Design w projektowaniu: (LINK )
Fusion360 - Optymalizacja Topologiczna w Autodesk Fusion360: (LINK )

IN POLISH:
Fusion360 - #PROJEKTOWANIE 3D : (LINK )
Fusion360 - wprowadzenie - tutorial #1 : (LINK )
Fusion360 - : (LINK )

MŁODY TECHNIK:
Kurs projektowania 3D w Fusion360
Lekcja 1: (LINK )
Lekcja 2: (LINK )
Lekcja 3: (LINK )
Lekcja 4: (LINK )
Lekcja 5: (LINK )
Lekcja 6: (LINK )

FREECAD:
Install on Windows: (LINK )
FEM Module: (LINK )
A FreeCAD manual: (LINK )
VIDEO:
FreeCAD - Podstawy modelowania 3D: (LINK )
FreeCAD - Przykładowy model #1 : (LINK )
FreeCAD - Rysowanie we FreeCad: (LINK )
FreeCAD - FEM - Basic demo of doing a FEM calculation in FreeCAD 0.17: (LINK )
FreeCAD - FEM - How To Use FreeCAD FEM: (LINK )
FreeCAD - FEM - Blender to FreeCAD FEM: (LINK )
FreeCAD - FEM - coupled structural thermal FEA analysis demo in FreeCAD 0.17: (LINK )
FreeCAD - FEM - FreeCAD FEM Tutorial Self-Weight Analyse eines Carports: (LINK )
Inne: (LINK )

COMSOL:
VIDEO:
Video 11 (CFD/Flow around sphere): (cfd-sphere) (YT-cfd-sphere)

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PROJEKTY ZALICZENIOWE

PROJEKTY MSZB
S01: (mszb150617) S02: (mszb150623) S03: (mszb150625) S04: (mszb150629) S05: (mszb150701) S06: (mszb150701b) S07: (mszb150702) S08: (mszb150706) S09: (mszb150706b) S10: (mszb150804) S11: (mszb150929)
S12: (mszb160620a) S13: (mszb160620b) S14: (mszb160620c) S15: (mszb160620d) S16: (mszb160620e) S17: (mszb160620f) S18: (mszb160620g) S19: (mszb160620h) S20: (mszb160620i) S22: (mszb160620j) S23: (mszb160620k) S24: (mszb160620l) S25: (mszb160620n) S26: (mszb160620o)
S27: (mszb170610a) S28: (mszb170610b) S29: (mszb170611a) S30: (mszb170611b) S31: (mszb170611c) S32: (mszb170611d) S33: (mszb170613a) S34: (mszb170613b) S35: (mszb170613c) S36: (mszb170613d) S37: (mszb170613e) S38: (mszb170616a) S39: (mszb170616b) S40: (mszb170622) S41: (mszb170627)

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PROJEKTY MES
M01: (mes160123b.pdf ) M02: (mes160123c.pdf ) M03: (mes160123e.pdf ) M04: (mes160123f.pdf ) M05: (mes160123g.pdf ) M06: (mes190121.pdf )

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PRACE DYPLOMOWE ORAZ PROPOZYCJE TEMATYKI PRAC
Dyplomy

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INNE MATERIAŁY/WYKŁADY ONLINE

Materiały przygotowane w Katedrze Mechaniki i Informatyki KM i IMK
Janina Ostrowska-Maciejewska: Podstawy i zasady rachunku tensorowego, IPPT Warszawa 2007 (tensory.pdf)
Zbigniew Kakol, Fizyka, AGH, Krakow, 2006 (fizyka.pdf)

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Since: 2010 Updated: 2022/03
Wykonanie: flankerds.com