Projects

The following is a list of some of the projects in which we have participated:

• Structural optimisation of a plasic spring.
• Natural frequency analysis of a testing rig.
• Optimisation of a marine composite rudder shaft.
• Optimisation of lifting arms for L330.
• Structural analysis of a trailer.
• Design of composite fan blade.
• Study on hollow bolts.
• Analysis, design and optimization of a revers circulation drilling rig.
• Analysis of a composite propeller.
• Strength calculation of front frame.
• Analysis of a screw joint.
• Stress analysis of 171XF5.
• Analysis of a hydralic connectionblock.
• Analysis of a shipp hull.
• Analysis of A-stay bracket.
• Analysis of bracket on rear frame.
• Analysis of a rubber spring bracket.
• Analysis of a CPU-Pad.
• Analysis of a bogie beam.
• Optimisation of a tube.
• Theoretical calibration constant for A-stay.
• Doorblade buckling analysis.
• Optimisation of RR XF8/79-size propeller hub.
• Parametric study and collision analysis of a tanker hull system.
• Analysis of a coroded frame.
• Softening (nonlinear) spring design.
• Analysis, Design and optimization of a Reverse Circulation Drilling Rig.
• Analysis of RR XF8/79-size propeller hub.
• Study of a new hullsystem.
• Optimisation of a valve rocker arm.
• Bearing support analysis.
• Optimisation of tipping link, A35/40.
• Weight optimisation of the load cage A40.
• Optimisation of Rolls-Royce 60XF8/4 AZP.
• Stress analysis of the frontal frame A35D/A40D.
• Optimisation of tractor A-stay, P5600.
• Weight optimisation of cast iron bracket.
• Stress analysis of hydralic connection block, P5700.
• Analysis of a cast iron bracket.
• Optimisation of link with Weldox700 plates.
• Structural optimisation of a scalertip.
• Responseanalysis of a ultrasonic scaler.
• Optimisation of a mid axis box with controlled leakage.
• EPS impact analysis.
• Development of an inner car roof design and implementation of muscles in a numerical model of the human neck.
• Optimisation of GH-link.
• Weight optimisation of a cargoframe.
• Stress analysis of wheel hub.
• Qualification vibration tests and dynamic FE-analysis of wire antenna deployment mechanism.
• Analysis and design of C-frame ACF450590
• Analysis, manufacturing and testing of a ACF450 C-frame.
• Analysis of a extension device.
• Structural analyses of a s-arm.
• Fracture mechanics analysis of the rear frame for P5600.
• Analysis of a toolfixture.
• Design and analysis of a lightweight bracket.
• Analysis of the TMS hull system.
• Optimisation/concept study of KAB 100m FRP-sandwich ship.
• Analysis of the 132XF5 hub.
• Design and analysis of a camera spring.
• Concept study of a 100m FRP-sandwich ship.
• Analysis of multiple-plate brake.
• Analysis of wheel hub testing rig.
• Analysis of a propellerhub.
• Analysis of a mudskipper section.
• Fatigue life analysis of a welded rear frame.
• Stress intensity factor analysis of an axle.
• Modal and harmonic analysis of a testing rig.
• Structural analysis of a valve. Fracture mechanics with plastic material model.
• Analysis’ and optimisation of axle housings.
• FE analysis of the Erowa tool palette.
• Analysis of a turning device.
• Optimisation of curves to a stapling machine.
• Evaluation of deformations of a box for a propeller shaft.
• Comparison of stiffness’ of an old and a new juniorTM chuck.
• Analyzes of the XF3TM hub with release grooves.
• Analysis of planetary gearing with aspect to oil leakage.
• Analysis of a cast iron link arm.
• Analys of C-Frame Version no 2.
• Programming and documentation of the optimisation program MADOPT.
• Optimisation of a mid axis box.
• Structural analysis of a sauna seat.
• Fatigue life analysis of a welded frame.
• Structural analysis’ of different designs of a pipe coupling model 42.
• New design of the juniorTM .
• Fracture mechanic analysis of a welded frame.
• Analysis of a weight-lifting weight.
• Comparison of stiffness’ of an old and a new macroTM holder.
• Modal and structural analysis of a test gear box.
• Structural analysis of a pendulum damper
• Analysis of C-frame.
• Analysis of stress intensity factors in a crack in frame member.
• Structural analysis of an axle housing.
• Fracture mechanic analysis of an axle shaft.
• Structural analysis of a couple to an articulated hauler.
• Stiffness optimisation of the macroTM holder with joined lips.
• Analysis of the macroTM holder with stiff lips.
• Analysis of the macroTM holder with joined lips.
• Elastic and plastic analysis of a splined coupling.
• Buckling analysis of a cone-shaped shell.
• Analysis of flywheel to an articulated hauler.
• Analysis of joint to an agitator propeller.
• Proposal to reinforcement of a ring in a mud skipper.
• Structural analysis of attachment of an axle housing.
• Shape optimisation of a wheel hub.
• Stress intensity factor analysis of a crack in the root of a weld in a frame.
• Analysis of reaction forces on a support for a mud skipper.
• Stress intensity factor analysis of an axle.
• Stress intensity factor analysis of the welds in the jib of an excavator.
• Weight optimisation of a front axle housing of an articulated hauler.
• Optimisation of the hull of the YS-2000 corvette Part 1-6.
• Optimisation of a stabilizer bracket for a front wheel suspension.
• Optimisation of front axle housing of an articulated hauler.
• Shape optimisation of a gear assembly.
• Stiffness and stress evaluation of piston in pull rod mechanism.
• Stress analysis of planetary gearing.
• Optimisation of index of environmental effects and analysis of solar cells on the roof of a car.
• Evaluation and fatigue life optimisation of a welded disk for attachment of a hydraulic cylinder on an excavator jib.
• Structural optimisation of an articulated box girder in welded steel.
• Turn mechanism for a ultra sonic scaler.
• New design of a car roof and a frame structure for the roof.
• Optimisation of a repair patch for a wing spar.
• Optimisation of carrier in planetary gearing.
• Optimisation of ship’s hulls in sandwich material.
• Optimisation of the head of the YS-2000 corvette.
• Stress analysis and stress intensity factor analysis of a spring bracket.
• Optimisation of roof construction.
• Stress analysis of a roller block.
• Analysis of and design of juniorTM for a rotation load case.
• Analysis of and design of a high speed juniorTM.
• Optimisation of composite face in crane arm fitted with boom.
• Comparison of stiffness and eigen frequencies of EEEE X and 3R B52.
• Concept study- roof construction.
• Stiffness and weight optimisation of the DynafixTM pallet.
• Structural optimisation of lifting eyes integrated in the web in rectangular beams.
• Structural optimisation implementation within the Swedish engineering industry.
• Stiffness and stress analysis of car roofs.
• Natural frequency analysis of holder B-54.
• Evaluation of stresses in scaler tip 33.
• Optimisation of a grating for microwave oven.
• Evaluation of Hylite as lining within sandwich panels.
• Optimisation of FSS Surface.
• Optimisation of a slewing bracket.
• Evaluation of a pump membrane in silicone rubber.
• Stiffness and natural frequency analysis of a pallet frame.
• Structural analysis’ of a valve - fracture mechanic analysis with plastic material models.
• Evaluation of adhesives for a sandwich-type car roof.
• Weight reduction of a shovel.
• Natural frequency analysis of juniorTM.
• Stress analysis of a junior tool holder.
• Optimisation of a robotic frame.
• Analysis of a planetary pinion holder.
• Stress intensity factors analysis of cracks in a shaft flange.
• Optimisation of special springs.
• Finite element analysis of a suction plate.
• Stress analysis of a plastic cabin.
• Parameter study of lifting eyes.
• Analysis of lifting eyes.
• Optimisation of propeller hub XF3 - XF6.
• Stress analysis of tool holder B-54.
• Analysis of Macro Erowa.
• Dimensioning a guide in composite material.
• Dimensioning of Flexprop propellers.
• Structural optimisation lifting eyes.
• Optimisation of parts to XF3 propeller hub.
• Optimisation of a mid axis box.
• Optimisation of a flexible slide plate.
• Stress analysis of a mobile access platform.
• Optimisation of propeller hub XF3,2.
• Optimisation a fan blade.
• Weight minimization of an air container in titanium, 2.
• Optimisation of propeller hub XF3.
• Complementary calculations of bow propellers by Flexprop.
• Weight minimization of an air container in titanium.
• Optimisation of repair items to a wing spar .
• Optimisation of a propeller by Flexprop to "TÄRNAN".
• Optimisation of a bow propeller by Flexprop.
• Cost minimization of a multi gable.
• Structural optimisation of a high performance GRP-sandwich ship hull.
• Optimisation of a groove in an axle shaft.
• Optimisation of a holder to a riveter.
• Structural optimisation of a turbine shovel fastening.
• Structural optimisation of a repair item to a wing spar.
• Structural optimisation of a surface effect ship.
• Structural optimisation of a R12 hull in GRP sandwich.
• Optimisation of railway car in sandwich design.
• Structural optimisation of a centrifuge.
• Structural optimisation of a Volvo component.
• A numerical method for minimizing ship resistance.
• Structural optimization of a railway wheel.