@@ -426,26 +426,6 @@ <h4>Cantilever CSM Benchmark</h4>
426426 < p class ="page-card-description "> We simulate a simple cantilevered beam with a fixed end and a load applied to the other end.</ p >
427427 </ div >
428428</ a >
429- </ div >
430- < div class ="case "> < a class ="page-card " href ="ribs/index.html ">
431- < div class ="page-card-illustration ">
432- < img alt ="" src ="_images/ribs/image7.png "/>
433- </ div >
434- < div class ="page-card-body ">
435- < h4 > Bracing with ribs</ h4 >
436- < p class ="page-card-description "> We study the stiffening effects of ribs on a plate.</ p >
437- </ div >
438- </ a >
439- </ div >
440- < div class ="case "> < a class ="page-card " href ="sensor/index.html ">
441- < div class ="page-card-illustration ">
442- < img alt ="" src ="_images/sensor/minmaxvonmises.png "/>
443- </ div >
444- < div class ="page-card-body ">
445- < h4 > Sensor</ h4 >
446- < p class ="page-card-description "> We simulate the rotation around the center of one of the holes in a winch.</ p >
447- </ div >
448- </ a >
449429</ div >
450430 < div class ="case "> < a class ="page-card " href ="pendulum2D/index.html ">
451431 < div class ="page-card-illustration ">
@@ -457,13 +437,13 @@ <h4>2D Pendulum</h4>
457437 </ div >
458438</ a >
459439</ div >
460- < div class ="case "> < a class ="page-card " href ="spring/README .html ">
440+ < div class ="case "> < a class ="page-card " href ="ribs/index .html ">
461441 < div class ="page-card-illustration ">
462- < img alt ="" src ="_images/spring/spring_von_mises .png "/>
442+ < img alt ="" src ="_images/ribs/image7 .png "/>
463443 </ div >
464444 < div class ="page-card-body ">
465- < h4 > Spring </ h4 >
466- < p class ="page-card-description "> We simulate the extension of a steel coil spring .</ p >
445+ < h4 > Bracing with ribs </ h4 >
446+ < p class ="page-card-description "> We study the stiffening effects of ribs on a plate .</ p >
467447 </ div >
468448</ a >
469449</ div >
@@ -476,6 +456,16 @@ <h4>Rotating winch</h4>
476456 < p class ="page-card-description "> We simulate the rotation around the center of one of the holes in a winch.</ p >
477457 </ div >
478458</ a >
459+ </ div >
460+ < div class ="case "> < a class ="page-card " href ="sensor/index.html ">
461+ < div class ="page-card-illustration ">
462+ < img alt ="" src ="_images/sensor/minmaxvonmises.png "/>
463+ </ div >
464+ < div class ="page-card-body ">
465+ < h4 > Sensor</ h4 >
466+ < p class ="page-card-description "> We simulate the rotation around the center of one of the holes in a winch.</ p >
467+ </ div >
468+ </ a >
479469</ div >
480470 < div class ="case "> < a class ="page-card " href ="sheet-rounding/index.html ">
481471 < div class ="page-card-illustration ">
@@ -487,23 +477,23 @@ <h4>Effect of sheet rounding</h4>
487477 </ div >
488478</ a >
489479</ div >
490- < div class ="case "> < a class ="page-card " href ="suspension/index .html ">
480+ < div class ="case "> < a class ="page-card " href ="spring/README .html ">
491481 < div class ="page-card-illustration ">
492- < img alt ="" src ="_images/suspension/image7 .png "/>
482+ < img alt ="" src ="_images/spring/spring_von_mises .png "/>
493483 </ div >
494484 < div class ="page-card-body ">
495- < h4 > Suspension Mechanics </ h4 >
496- < p class ="page-card-description "> We simulate the displacement of the wishbones by the effect of a sinusoidal excitation .</ p >
485+ < h4 > Spring </ h4 >
486+ < p class ="page-card-description "> We simulate the extension of a steel coil spring .</ p >
497487 </ div >
498488</ a >
499489</ div >
500- < div class ="case "> < a class ="page-card " href ="vierendeel-truss /index.html ">
490+ < div class ="case "> < a class ="page-card " href ="suspension /index.html ">
501491 < div class ="page-card-illustration ">
502- < img alt ="" src ="_images/vierendeel-truss/image4 .png "/>
492+ < img alt ="" src ="_images/suspension/image7 .png "/>
503493 </ div >
504494 < div class ="page-card-body ">
505- < h4 > Vierendeel truss </ h4 >
506- < p class ="page-card-description "> We simulate the deformation of a Vierendeel truss made of steel .</ p >
495+ < h4 > Suspension Mechanics </ h4 >
496+ < p class ="page-card-description "> We simulate the displacement of the wishbones by the effect of a sinusoidal excitation .</ p >
507497 </ div >
508498</ a >
509499</ div >
@@ -526,6 +516,16 @@ <h4>Torsion Bar Benchmarks</h4>
526516 < p class ="page-card-description "> We simulate the torsion of a beam generated by a circular motion at one extremities and fixed to the other side. The material is considered NeoHookean compressible.</ p >
527517 </ div >
528518</ a >
519+ </ div >
520+ < div class ="case "> < a class ="page-card " href ="vierendeel-truss/index.html ">
521+ < div class ="page-card-illustration ">
522+ < img alt ="" src ="_images/vierendeel-truss/image4.png "/>
523+ </ div >
524+ < div class ="page-card-body ">
525+ < h4 > Vierendeel truss</ h4 >
526+ < p class ="page-card-description "> We simulate the deformation of a Vierendeel truss made of steel.</ p >
527+ </ div >
528+ </ a >
529529</ div >
530530 < div class ="case "> < div class ="empty "> </ div >
531531</ div >
0 commit comments