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Karo

5

(2)

$33 / 30 min

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Rates

Rate per 30 min session: $33

Rate for 5 hours of sessions: $330 $314

Rate for 10 hours of sessions: $660 $594

Details

When you book the tutor for a 5 hours session, you get a 5% discount. When you book the tutor for a 10 hours session, you get a 10% discount.

 Up To 10% Discount
 Free Greeting Session
 Online & Face-to-Face
 2 Sessions
 2 Hours Taught
 1 Student
 2 Times Rated by Students
 Strijp, Eindhoven, Noord-Brabant 5658 GE, Netherlands

Karo is an approved Platute tutor.

He can help you with Mechanical Engineering, Materials Engineering, Abaqus, ENSC3004 Solid Mechanics, & more.

About the tutor

Experienced computational mechanics with focus on mechanics of materials To share files with me, please email them to karo.s@talent.platute.com (max file attachment is 7MB). Please send emails only via your email address that is registered with your Platute student account.

Experienced computational mechanics with focus on mechanics of materials To share files with me, please email them to karo.s@talent.platute.com (max file attachment is 7MB). Please send emails only via your email address that is registered with your Platute student account.

Education

  • PhD of Mechanics of Materials from Delft University and Max Planck Institute, M.Sc. of Mechanical Engineering from Eindhoven University of Technology

Work

Postdoc researcher at Max Planck Institute (MPIE)

Subjects

General

Abaqus
Materials
Solid Mechanics
Materials Engineering
Mechanical Engineering
Finite Element Methods
Computational Mechanics
Stress and Finite Element Methods
Aerospace computational mechanics
Mechanics of Fracture and Fatigue
Finite Element Analysis of Structures
Finite Element Method and Fracture Mechanics
Finite Element Methods for Engineering Design

University of New South Wales

MMAN4410 Finite Element Methods
ZEIT4603 Finite Element Methods
MECH4900 Mechanics of Fracture and Fatigue
MATS4004 Fracture Mechanics and Failure Analysis
MATS3001 Micromechanisms of Mechanical Behaviour of Metals

The University of Melbourne

MCEN90026 Solid Mechanics
MCEN90029 Advanced Solid Mechanics