Concept: Engineering and Materials Science Studies
Numerical simulation of the compositions, processing, materials, and properties of automotive brake pad production
Comparing thermal and mechanical performance of three brake pad material types
Improvement of gearbox housings for unequipped electric rolling stock
Strengthening locomotive gearbox housings to reduce leaks and extend operational life
TWO-PHASE CONSTITUTIVE MODELFOR THE ANALYSIS OF NONLINEARDEFORMATION OF WOVEN POLYMERMATRIX COMPOSITE
Predicting composite strength accounting for plastic deformation and fiber rotation
Development of a winding mechanism for spreading the tow winding on textile packages with a periodic change in the diameter of the winding drum
Winding mechanism design reduces bobbin defects through controlled shaft diameter variation
Influence of Interface Inclination Angle and Connection Method on the Failure Mechanisms of CFRP Joints
How joint design and connection methods affect carbon fiber composite structural performance
Modelling of Mechanical Properties of Thermoplastic Elastomer for Simulation of Belt Welding Process
Selecting material models to simulate thermoplastic elastomer belt welding
Assembly of Thermoplastic Composites in the Single Strap Joint Configuration Subjected to Tensile Loading
Load capacity and failure behavior of thermoplastic composite repair joints
Precise Structural Design for Chemically Recyclable Polymers
How chemical structure design can make plastics easier to recycle and reuse
Numerical and experimental analysis of the vibration propagation of ultrasonically welded cable-arrester connections
How ultrasonic vibrations damage previously welded electrical connections
Isotropic dilation of wrapped 3D-printed carbon fiber cylinders with lap joints
A new method to test composite cylinder strength without expensive pressure equipment
Image Credit: AI-generated image (OpenAI / DALL·E)
