Institute of Engineering and Computational Mechanics

The Institute of Engineering and Computational Mechanics focuses on questions relating to Technical Dynamics. This is the guideline for many research projects and courses. The research work of the institute is dedicated to technical dynamics in the broadest sense. In the course of time, changing focal points have developed. The research areas include multibody systems, contact mechanics, mechatronics, driving safety and uncertainties.

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161 to 170 of 273 Results

Figure_5.9-Chip_Jamming_Comparision_Deformable_Chip_Modeling.mp4 Oct 10, 2025 - Visualizations from A Mesh-Free Multi-Physics Approach to Modeling Deep-Hole Drilling and Predicting Chip Jamming and Drill Failure MPEG-4 Video - 1.2 MB - MD5: 78128c2ac9d9aa2bc4c3c1daca12e204 Acceleration of the chip by the metalworking fluid and impact of the FFR-based chip onto the artificial barrier. On the left side, the chip’s deformation is visualized. The visualization of drill, metalworking fluid, and chips is identical to Figure 5.3.
temperature_evolution_gaussian_beam.mp4 Sep 26, 2025 - Simulation Results for Versatile Absorption Modeling for Transmissive Optical Elements Using Ray Tracing and Finite Element Analysis MPEG-4 Video - 474.4 KB - MD5: e0b96e82056e0bcdabf5672771e2fb0c
Lemniscate.mp4 Jun 26, 2025 - Experiment Video for Model Predictive Path-Following Control of a Quadrotor MPEG-4 Video - 4.1 MB - MD5: 9110fa67576c6b32780b1a0f022b3024
PossFilter_and_Control_BoW.mp4 May 12, 2025 - Experiment Video of Possibilistic Filtering and Optimization-Based Control of the Ball-on-Wheel System MPEG-4 Video - 279.3 MB - MD5: 52d54f0ecd21307648b4a982a9f9e606
091_pureAl.mp4 Apr 28, 2025 - Simulation Results from an SPH Approach to Model the Influence of Assist Gas Forces in Laser Cutting MPEG-4 Video - 111.2 MB - MD5: 5a108e80a73ce20b8b7d6e1ebddc71f2 Simulation Case 091 - Workpiece Material: Pure Al - Laser Power: 1 kW - Laser Feed Rate: 1.75 m/min - Cutting Gas Pressure: 2 bar
093_temppureAl_reducedSpeed_highPower.mp4 Apr 28, 2025 - Simulation Results from an SPH Approach to Model the Influence of Assist Gas Forces in Laser Cutting MPEG-4 Video - 106.8 MB - MD5: ed4a70d929c30f85104e633abad379dd Simulation Case 093 - Workpiece Material: Pure Al - Laser Power: 1.1 kW - Laser Feed Rate: 1.4 m/min - Cutting Gas Pressure: 2 bar
102_temperature_pres_superslow.mp4 Apr 28, 2025 - Simulation Results from an SPH Approach to Model the Influence of Assist Gas Forces in Laser Cutting MPEG-4 Video - 33.5 MB - MD5: 632f9638849d17a9ae423e52270f8417 Simulation Case 102 - Workpiece Material: Pure Al - Laser Power: 1.1 kW - Laser Feed Rate: 1.75 m/min - Cutting Gas Pressure: 2 bar
103_temperature_pres_superslow.mp4 Apr 28, 2025 - Simulation Results from an SPH Approach to Model the Influence of Assist Gas Forces in Laser Cutting MPEG-4 Video - 35.2 MB - MD5: e7dc35af061fc738966b60baec208203 Simulation Case 103 - Workpiece Material: Pure Al - Laser Power: 1 kW - Laser Feed Rate: 1.75 m/min - Cutting Gas Pressure: 4 bar
111_temp_referenceSim.mp4 Apr 28, 2025 - Simulation Results from an SPH Approach to Model the Influence of Assist Gas Forces in Laser Cutting MPEG-4 Video - 41.0 MB - MD5: fc101f57e64f657780cae65b9aab3600 Simulation Case 111 (Reference Simulation) - Workpiece Material: AlMg3 aluminum alloy - Laser Power: 1 kW - Laser Feed Rate: 1.75 m/min - Cutting Gas Pressure: 2 bar
112_tempwithoutGas.mp4 Apr 28, 2025 - Simulation Results from an SPH Approach to Model the Influence of Assist Gas Forces in Laser Cutting MPEG-4 Video - 22.0 MB - MD5: b96b28d8fa2d612218c15dd7162f81da Simulation Case 112 (Without cutting gas force) - Workpiece Material: AlMg3 aluminum alloy - Laser Power: 1 kW - Laser Feed Rate: 1.75 m/min - Cutting Gas Pressure: Off

Figure_5.9-Chip_Jamming_Comparision_Deformable_Chip_Modeling.mp4

Oct 10, 2025 - Visualizations from A Mesh-Free Multi-Physics Approach to Modeling Deep-Hole Drilling and Predicting Chip Jamming and Drill Failure

MPEG-4 Video - 1.2 MB -

Acceleration of the chip by the metalworking fluid and impact of the FFR-based chip onto the artificial barrier. On the left side, the chip’s deformation is visualized. The visualization of drill, metalworking fluid, and chips is identical to Figure 5.3.

temperature_evolution_gaussian_beam.mp4

Sep 26, 2025 - Simulation Results for Versatile Absorption Modeling for Transmissive Optical Elements Using Ray Tracing and Finite Element Analysis

MPEG-4 Video - 474.4 KB -

Lemniscate.mp4

Jun 26, 2025 - Experiment Video for Model Predictive Path-Following Control of a Quadrotor

MPEG-4 Video - 4.1 MB -

PossFilter_and_Control_BoW.mp4

May 12, 2025 - Experiment Video of Possibilistic Filtering and Optimization-Based Control of the Ball-on-Wheel System

MPEG-4 Video - 279.3 MB -

091_pureAl.mp4

Apr 28, 2025 - Simulation Results from an SPH Approach to Model the Influence of Assist Gas Forces in Laser Cutting

MPEG-4 Video - 111.2 MB -

Simulation Case 091 - Workpiece Material: Pure Al - Laser Power: 1 kW - Laser Feed Rate: 1.75 m/min - Cutting Gas Pressure: 2 bar

093_temppureAl_reducedSpeed_highPower.mp4

Apr 28, 2025 - Simulation Results from an SPH Approach to Model the Influence of Assist Gas Forces in Laser Cutting

MPEG-4 Video - 106.8 MB -

Simulation Case 093 - Workpiece Material: Pure Al - Laser Power: 1.1 kW - Laser Feed Rate: 1.4 m/min - Cutting Gas Pressure: 2 bar

102_temperature_pres_superslow.mp4

Apr 28, 2025 - Simulation Results from an SPH Approach to Model the Influence of Assist Gas Forces in Laser Cutting

MPEG-4 Video - 33.5 MB -

Simulation Case 102 - Workpiece Material: Pure Al - Laser Power: 1.1 kW - Laser Feed Rate: 1.75 m/min - Cutting Gas Pressure: 2 bar

103_temperature_pres_superslow.mp4

Apr 28, 2025 - Simulation Results from an SPH Approach to Model the Influence of Assist Gas Forces in Laser Cutting

MPEG-4 Video - 35.2 MB -

Simulation Case 103 - Workpiece Material: Pure Al - Laser Power: 1 kW - Laser Feed Rate: 1.75 m/min - Cutting Gas Pressure: 4 bar

111_temp_referenceSim.mp4

Apr 28, 2025 - Simulation Results from an SPH Approach to Model the Influence of Assist Gas Forces in Laser Cutting

MPEG-4 Video - 41.0 MB -

Simulation Case 111 (Reference Simulation) - Workpiece Material: AlMg3 aluminum alloy - Laser Power: 1 kW - Laser Feed Rate: 1.75 m/min - Cutting Gas Pressure: 2 bar

112_tempwithoutGas.mp4

Apr 28, 2025 - Simulation Results from an SPH Approach to Model the Influence of Assist Gas Forces in Laser Cutting

MPEG-4 Video - 22.0 MB -

Simulation Case 112 (Without cutting gas force) - Workpiece Material: AlMg3 aluminum alloy - Laser Power: 1 kW - Laser Feed Rate: 1.75 m/min - Cutting Gas Pressure: Off

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