3D Model SCOTCH YOKE MECHANISM
versus time is simple harmonic motion, i.e., a sine wave having constant amplitude and constant frequency, given a constant rotational speed.
Designer Victor Febres
DIALux, ETABS & Drafting Professional
systems and power generation plants. Field experience in the maintenance of power equipments such as frequency variators, electrical motors, protection relays, ground resistivity tests and energy quality tests
AutoCAD CAD Design CSi ETABS Design Calculation DIALux Drafting Electrical Design Electrical Drafting Instrumentation Process Planning
Job PLAXIS 3D Dynamic Footfall Analysis – Layered RC Slab (Consultant-Level Study)
governing slab span (from actual floor layout) • Apply: Dynamic footfall loading (including frequency, impact, and load distribution) Uniform live load (7.5 kPa) • Follow vibration criteria based
3D Modeling 3D Architectural Design 3D PCB Modeling, Solidworks PLAXIS 3D 3D Architectural Modeling 3D Modeling 3D Solid Modeling Structural Engineering 3D Visualization Services
3D Model 24. Suspension Coil Spring
stiffness of the spring (Spring Rate) determines the vehicle's static ride height and its natural frequency (how fast the car oscillates after a bump). + During acceleration, braking, and cornering, the springs
3D Model 18. Pillow Ball Bushing & Threaded Retainer
3/8-24 UNF external thread profile. This fine-pitch thread is for resisting back-out from high-frequency vibrations.
Designer saicharan1993
Machinery ​​Equipment’s. Generated FEA models using HYPERMESH V13 Derived stresses and natural frequency of machines by running simulations in Hyper mesh v13 Develop design ​​modifications​of high ​​speed​​
2D Drafting 3D Analysis and Design Altair Hypermesh AutoCAD BOM CAD Design CATIA Drafting FEA FEA Meshing Engineering Part and Assembly Modeling Product Development PTC Creo Parametric Sheet Metal Product Design Siemens NX (Unigraphics) Simulation SolidWorks
Designer surendrans1
Freelance FEA Engineer | ANSYS Specialist | Structural, Modal, Thermal, and Composite Simulation Exp
Modal, Harmonic, Random Vibration, Composite Optimization ✅ Key Work: Weight reduction (15%+), frequency matching, strength validation ✅ Industries: Aerospace, Defense, Automotive, Product Design Looking
2D to 3D Modeling 3D Design Services 3D Modeling Aerospace Engineering ANSYS Ansys 2025 R1 ANSYS Workbench CAD Design Composite Materials FEA FEA Finite Element Analysis Finite Element Analysis Mechanical Engineer Product Design Simulation SolidWorks SolidWorks Simulation Structural Engineering
Designer tamasb
FEA/CFD consultant - www.femsolve.com
dynamical investigations and checks are inevitable. In our harmonic and modal analyses in the frequency domain the frequency response of the loaded structure can be evaluated. However, there are many underlying
2D to 3D Modeling 3D Modeling Aerospace Engineering API Automotive Design CAD Design CAE Analysis Code_Aster Computation Fluid Dynamics Computational Fluid Dynamics FEA Finite Element Analysis Fluid Dynamics Injection Molding and Casting Machine Design Mechanical Engineering Oil & Gas OpenFOAM Product Design SALOME Sheet Metal Design Simulation Solid Edge Spacecraft Structural Analysis Structural Dynamics Structural Engineering Yacht & Marine
3D Model A horizontal milling machine
Y,Z) and finally the base then i made a total assembly for these parts and also made static and frequency simulation by SW for some parts like shafts in gear box, cutter shaft and power screws to reach
Designer mohameda_A
Electronics Design Engineer
Hi ! I'm an Electronics Design Engineer holding a Master's degree in Electrical Engineering with +2 years of experience. I had some experience in designing PCBs and RF/microwave and millimeter-wave components (filters, antennas,...
CAD Design CST Studio Design Engineer EasyEDA Electrical Engineering Electronic Prototyping and Design Services Electronics Design Electronics Design Service Engineering Design Internet of Things (IoT) KiCad MATLAB Microwaves PCB Design Services Programming Rack Piping Radio Frequency Engineering and Design Services RF (Radio-Frequency) Engineering