Latest News in Impact, fracture, high-speed processes

Russian high-tech engineering company CompMechLab and KISSsoft AG signed an agreement about KISSsoft/KISSsys software distribution

Swiss company KISSsoft AG develops software solutions for engineers who work in various branches of industry. “These are our first steps in Russian market, but we can see the huge potential and positive development trends of Russian industry. For more convenient work with KISSsoft/KISSsys we have already started the software translation into Russian and adaptation to Russian standards. We are glad that we have signed the Agreement with CompMechLab® Ltd. We expect this company to be our reliable and highly professional partner in KISSsoft and KISSsys software promotion, application, customers training and support in Russian, CIS and Baltic States markets,” – added KISSsoft AG General Director, Dr. Stefan Beermann.

Read More... (Reads: 104)

BETA CAE Systems S.A. Announces the Release of ANSA v13.2.1

BETA CAE Systems S.A. announces the release of ANSA v13.2.0 with impressive new features and known problems resolved.

Read More... (Reads: 169)

GM to introduce industry-first front center airbags

With frontal, roof-mounted and rear-window airbags you'd be forgiven for thinking that there couldn't possibly be anywhere else in a car automobile manufacturers could cram one. But you'd be wrong. General Motors (GM) has just announced it will introduce the industry's first front center airbag in selected vehicles in 2013. The latest airbag addition is designed to protect drivers and front passengers in the event of side impact crashes.

Read More... (Reads: 293)

CompMechLab Research Projects in Impact, fracture, high-speed processes

	FE modeling of the crash-test for energy-absorbing composite lighting colums
Keywords:	Lighting column, crash-test, composite, experiment, FE model verification
Software:	LS-DYNA
Year:	2006
Reads: 3609	Read more...

	Finite element analysis of the steel cable failure with consideration of contact interaction between cable plies
Keywords:	Steel cable, contact interaction, plies, stiffening due to friction, effective stiffness characteristics
Software:	Pro/Engineer, LS-DYNA
Year:	2005
Reads: 5108	Read more...

CompMechLab AVI-Gallery in Impact, fracture, high-speed processes

	Finite Element Modelling and Analysis of Impact of rods to rigid and deformable barriers. Taylor Impact Test. Ricochet In current project Taylor impact tests - impacting a fixed rigid surface with a cylindrical sample of material and ricochet processes were investigated with FE system LS-DYNA. The work results allowed to investigate material’s behavior at high stress and high strain rates and allowed predicting of rebounding processes.
Keywords:	Impact, Taylor impact test, ricochet, contact interaction, Thermo-Elastic-Plastic coupled analysis, heating process
Element Type/Problem Type:	Axisymmetric, three dimensional FE analysis / Thermo-Elastic-Plastic coupled dynamic analysis, contact interaction
External loads:	Impact
Rating:	3.75 (Votes: 12)
Software:	LS-DYNA
Year:	2006
Reads: 1727	For registered FEA.RU users only. Login/Registration...

	Finite Element Modelling and Analysis of High Velocity Penetration of Long Rods into Semi-infinite Targets In current project penetration process of long rod into semi-infinite target connected with the heating process was investigated with FE system LS-DYNA. The impact velocity is 2347 m/s. In view of complexity of problem the behavior of steel long rod and target was modeled as Thermo-Elastic-Plastic one. The results of investigation are in a good agreement with experimental data.
Keywords:	Impact, penetration, wave propagation, Thermo-Elastic-Plastic analysis, heating process
Element Type/Problem Type:	Axisymmetric FE analysis / Dynamics, contact interaction, Thermo-Elastic-Plastic coupled analysis
External loads:	Impact
Rating:	3.71 (Votes: 21)
Software:	LS-DYNA
Year:	2007
Reads: 1915	For registered FEA.RU users only. Login/Registration...

	Finite Element Modelling and Analysis of Spall Crack Formation In current project spall crack formation process was investigated with FE system LS-DYNA. Impact of thin plate-impactor to target from titanium alloys was performed. The presented FE modeling shows the process of experimental determining of material resistance for scabbing failure. FE results were verified with experimental data. The work results allowed predicting spall crack formation, investigation of scabbing processes.
Keywords:	Spall crack, scabbing, impact, wave propagation
Element Type/Problem Type:	Solid elements, dynamics, contact interaction, failure
External loads:	Impact
Rating:	1.67 (Votes: 6)
Software:	LS-DYNA
Year:	2007
Reads: 1702	For registered FEA.RU users only. Login/Registration...

[ Go back ]