Dr.-Ing.
Managing Director, Shareholder

Studium Maschinenbau und Promotion an der TU-Darmstadt

Studies in Mechanical Engineering and doctorate at the TU-Darmstadt

Emphases: Consulting, Support, Trainings, Academical Education, Structural, Thermal/Flow and Multi Body Simulation as well as Electromagnetic Simulation. 

Industries: Automotive, Consumer Products, Defense, Aerospace, Health-Care, Ship-Building

Curriculum vitae

Dr. Binde was born in 1970 and studied mechanical engineering at the Universität Darmstadt, Germany, where he received his diploma in 1997. Towards the end of his studies, he began working as a freelancer consultant in CAD/CAE. He received the Dr.-Ing. degree in Mechanical Engineering at the Universität Darmstadt in 2004. 
In 2005 he founded Dr. Binde Ingenieure, Design & Engineering GmbH, a company that specializes in CAE consulting all around the Siemens NX System. The company grew steadily and now employs engineers who are all experts for product simulation. The fields of expertise are Structural Mechanics, Rigid Body Mechanics, Fluid Mechanics, Thermodynamics, Electrodynamics and the integration of all this in PLM. 2009 he established a code for electromagnetic analysis integrated in the NX System. For this he performed government-funded research projects together with the Universität Darmstadt and University of Liège, Belgium.
From 2008 to 2012, he taught Numerical Structural Analysis and Multi-Body Dynamics at the RheinMain University of Applied Sciences. Since 2011 he leads the German CAE Special Interest Group in the PLM Connection, a user group which meets twice a year on the topic of simulation.

Reference Projects

9: 3D magnetic field simulation of a magnetic bearing

Industry of customer: Supplier for space systems
Location of customer: Baden-Wuerttemberg
Period of time / length of contract: August 2011

Content of the job:

• Simulation of magnetic field strength and flux density in a 6-axes magnetic bearing with integrated electric motor.
• Use of the MAGNETICS for NX software.

8: Training NX Thermal for Injection moulding tool

Industry of customer: Plant Engineering
Location of customer: Austria
Period of time / length of contract: August 2011

Content of the job:

• Training of the software moduls NX Thermal and NX Advanced Thermal.
• Development of methods for simulate the transient thermal behavior of a injection moulding tool.

 5: Automation of buckling analysis for PET-bottles

Industry of customer: Mechanical Engineering
Location of customer: Bavaria
Period of time / length of contract: June-August 2008

Content of the job:

• Development of methods for FEM buckling analysis of PET bottles with NX Nastran Advanced Simulation Nonlinear Solver (Solution 601).
• Formalization of methodology and development of an user friendly Wizard with the help of NX Process Studio.
• Training of designers for the handling of the Wizard. 

 4: Automationg of strength analysis of rims

Industry of customer: Automotive
Location of customer: Nordrhein-Westfalen
Period of time / length of contract: Mai 2008

Content of the job:

• Development of methods for FEM strength analysis of rims with the NX Nastran Solution 101.
• Formalization of methodology and development of an user friendly Wizard.
• Training of one designer for the handling of the Wizard.

3: Implementation of FEM for designers at the Adam Opel AG

Industry of customer: Automotive
Location of customer: Hessen, Rüsselsheim
Period of time / length of contract: 2002-2003

Content of the job:

• Training and support for designers with Unigraphics V16/18 Scenario for Structures, Scenario for Motion.
• Emphasis of simulation: Rohkarosserie, doors and flaps, airbag systems, vehicle integration of fuel cell, electric, electronic, thermal, powertrain, advance development, interior, chassis construction exhaust systems, chassis construction brakes.

2: Kinematic simulation und strength analysis of a cross pusher mechanism for package promotion

Industry of customer: Materials Handling
Location of customer: Bayern
Period of time / length of contract: 2004
Publication availabler: Yes

Content of the job:

• Creation of a kinematic model of a belt-driven sliding mechanism for oost conveyor technology.
• Development of a method for the drive of the belt.
• Calculation of reaction forces on several moving components of the cross pusher mechanism.
• Quasi static FEM simulation of moving parts with UG Scenario for Structures.
• Comparison with measurements.
• Optimization of the geometry regarding the stresses.

1: Kinematics training and workshops for windshield wipers

Industry of customer: Automotive Supplier
Location of customer: Baden-Wuerttemberg
Period of time / length of contract: 2004

Content of the job:

• Customer specific Kinematic Simulation training for simulating windshield wipers.